SCIENTIFIC ABSTRACT YERMOLAYEV, N.F. - YERMOLAYEV, V.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962810019-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

.......... .....
A1,F
PHAZZ I BM ZMMTATI(N
Raltotyp, U. S., Doctor of Technical Solanv**# ad.
ftokatnoye prolzvodotyol spravochnik (Rolline Industry; flandtook) -r. 1. Hoocow,
Yletallurgisdat, 1962. 743 p. Errat4L allp inserted. 9250 Copies printed.
Authors of this volumai B. S. Azareaka, Candidate of Technical Sclencoo; V. D.
Afwmalyov, Candidate of Technical Sciences; M. Ta. Brovxsn, En&eor; M. P.
V&Filov, Enginoorl A. H. Vernlkp Engineer; K. A. Golubkov, Naginearl S. 1.
Gdbkln, Academician, Adad"V of Saimaa B=j A. Is. OuravAch, NdgIncer; V. 1.
Davydav, CAndidate or Technical Solen4oal V. 0. Drozd, tn(amerl 11. F.
Torzolay", Engineerl To. A. Zhukevich-Stoohno Englaearl 0. H. 14rilin, Candidate
of Tochni al Sciences; M. V. Rovywy, Engineer; A. M. Ugop,, tatAnoorl A. A.
Ur6lov, Professor; M. To. KuEvonko, Enginoor; A. V. Laskin, Enoraarj B. A.
IAFTitanakiys Engineer; V. M. Lugavokoy, Enginaeri 1. M. YAyarovlab, Candidate of
Toschaical Zoiances; M. S. Owcharov, ftglncorj V. 1. Pastwmak, Enginearl I.!L.
Piorlia, Doctor of Technical Sciences; I. S. Pabodiap CandUlate of 70ohnical
S:iewosj Ye. S. Rokatyan, Doator of Tochalcal Sciences; H. M. Uflyan, Candi-
date of Technical Sciences; V. V. Sairnovo Candidate of 10ohnical Sciences;
V. S. Swirmw, Correqwnding Member, Acadwq of Sciences V3SR; 0. P. Sokolovekly,
Card 1A

-3.1
Rolling Industry; Handbook WTMA3
Engineer; 0. P. SolovIyar, Kaginver; M. A. Markovich, Engknaer; To. M.
Tratlyakay, Engineer; 1. S. Trishavokiy, Candidate of Technical Sciences; G. N.
Khenkin, Enginearl and A. 1. Tealikov, Corresponding Mmber, Academy of Sciences
USNI. Introductions A. 1. Taelikov, Corresponding Menber, Acadetv of Satencos
Mal Ye. S.i~okotysn, Doctor oC ToohnIcal ScIancenj and L. B. Al'ohavokly, Cu-
dUlate of Technical Sciences,
Eds. of Publishing Houses V. M. Gorobinchenko, R. M. Golubohik, and V. A.'Rymov;
Teoh. Ed.t L. V. Dobuzbinakaya.
PWOSEs This handbook Is intended for technical poisonnal of metaLUurgical and
whine-building plants p scloatif io research institutes, and planning and de-
sl4gn organizations. It my also be useful -to students at schools of higher
odwation.
CMA&GEL The fundamentals of plastlo deformation of metala iure d1acusead a~eng
with t~* theory of rolling and drawIngs Motba4a of detorw4ning'the r can-
sumption-and the foroeirlifft1liq wItb plane surface or 4;roarod rorpa"
card

Rolling Induvtrjr; Handbook CAN/5985
1. Flat*-rolling &ills 453
2. Continuous and namicontinuous shest-rolling mills 450
Ch. 21. Cold-RiAling Mills (A. M. Kogoo) [Abridged]
1. Principal equipment of col&rollift shops 465
2. Determinstion, of basic parameters of cold-rolling mills 483
3. A,-J1iary oquipmut of cold-rolling Bing 497
4. Operation and assembly of principal subassemblies of cold-rolling
mills 511
Ch. 22. Tube-H Mills (I. F. Termlayew 9 B. S. Asarft*o)
[Abrid ____j
1. Manufaoturing wthods and types of seamdess tubes 520
2. Types, oftube-rolling mills; components and layout of
equipmest 522
3* Design of tube-rolling mine and of finishing equipment 532
Ch. 23. Tub*-Welding M~-lls (A. B. Tornft,, N. S. Oveharov) [AhrldpQ
Card IW19

AZAWKOp B.S.8 kand. tekbn. nauk; AFANUIYEV, V.D.v kand, tekbn, nauk;
BIUMM, H.7a., inzh.; VAVIIA)V, X.P.p inzh.; VEIDUR, A.B., inzli.;
GGIZIIKGVI K.A.; GUBWO Me, akadem* [deceased); GUREVIGH, Me..,
inzh.; DAVYDOVI V.I., kand, tekhn. nauk; DROZD, IT.G.j lnzb.;
IEWICLAM inzh.;'ZHL9WICH-STOffllA, Ye,Apj, lnzb,; KIRILIN,
nauk; kOVYW, 14.Vo inzh.1- KOGOSj A.M.,, inzh.;
KOROIEVj A.A., prof.; KUGkWO, M.Yee: iizh.,- PLSKIN, A.V., imth.;
LIMANSKIY, B.A.., insh.; LUGOVSKIY9, V.M.p inah.t MEVEROVIC11, I.M.,
kand, tokhn. rauki 001AROV, M.S,, insh.; PASTEWAK, V.Lp inzli.;
ML]Np I.L.p doktor tekhn. nauk; POMMIN, I.S.0 kand. taklin. nauk;
ROKOTYAN, Ye.S., doktor tekhn. nauk; SAFITAN, M.K., kand. tekhn.
nauk; SUMIOV, V.V.,, kand. tekhn. nauk; SKMIOV, V.S.; SOKOIDVSKIY,
O.P.p inzh.; SOLOVITEV) O.P., inzh,; SIDORKEVICII, M4,hap inzho:
TRETIYAKOV, Te.M.p inxhoi 1810p%WY, 1.8.p kaAdo tuklin. naukj
XltWlNp 0.11,p In2h.1 TSEL11MVp A.1.1 OOROBINCISHKOO Y.M., red.
isd-irsts GOLUDCHIK,, RX,, rod. lzd-va; RYMOV, V.A... riwl. izd-va;
DOBUZHINSKATA,, L.V.., tekbn. red.
(RoUing; a handbook] Prokatnoe proizvodstvo; spravot-Amik. Pod
red. :19.S.Rokotiana. Uoskwaj, MetaUurgizdato Volml. 2962, 743 p.
1. Akademiya nauk BSW (for Oubkib). 2. Cblen-kor(re'Is'pUoJ'gi)Akademii
nauk SW (for Smimovp TSelikov).
(Rolling (Metalwor))-Handbookst ma=a1s.9 etc.)

OL~~EV
YAP R fil
JI
MASS I SWK XXIPWZrA?Z= wv/soo
lkekot7anj Too So# "tor or fteholeal Nolftoea# Sao
fpskatnoys prolsvodstvol opravochalk,(NoIllus Industry; Handbook)
v. 2. Moo4oup Notallurglsdat# 1962o . 685 p, 85M copies
printed.
AuUwrst to A. Aleksandrows Doctor of losbaloal Scloncoal
To F,, Anisir v Candidate of ToqMjs4& Bolmosol To If mayrakff
Candidato of Toognital solemealaG To vuAWvfjW CAndidiblo
of IffiochnIcal Solomes) Be to of ft"teal
SoUpces [doosamed); So A. SryuJdw*Ww# CanUdsto of Sammie
SwUhaam; No To Taguloblkovo COMIdato of Technical ftlone$*;
A* I* Vltklnv Doctor at Technical so so; So to Oranovsklys
Cowl"to of Techaleal Selenm; to 1. Gruftvv Candidato or
Tookeleal 241606681 10 To wonlat Basin~$ ff. T6.6 Vsuptovp
OW3411dato of T is 0=42dato of
TealknioU Scle:hen - IN TOMPlay"t mala"ro Go No MA8001080100
ISM
F. =TO~Iqr
CamlUuto or "ohm " W"Wwwwj w a ~-- a ussumors
X. jo. lamp anka, Begiveorl X. To Tait 8a
WfAvo"'Is C-A.-
Technical Soloweal To. He of

4011ing Industr7l Handbook BOT/6044
Satenots; V. 1. KeleAhko, Candidate or Technical Scienceal
No V& Hekhovp gngtneorj Ao K. Winburgv Candidate of Toah-
n1cal soleness; V. D. mosovp IngIneors No 1e Fambenkap
gnglnoer; 0. A. P2y&tskovskly# Candidate of Technical
Sciences; x. So robodin, Candidate or "ohnical soleness)
1. A,. Prlymak, Professor, Doctor or Technical $ounces
sod); A. A. ftvta"v, Inglmorl no No Saflyamp
Canftdato or T*chnloal 301*noooj No No Fddowvp prerommorl
So No 1111pan ansIneor tedo-oamedli I* X. FUIPPOTO can-
.41date or Technical Sol*rA*sj I* A* ~oMvp Untor of
Technical Abltru, Cmd1date of Twobnloal
Soleness No Tue
salmoomi 3. Ike Ida%* or Tesbaleal Soleness;
Obw Cand
No if. Shternovs Candida or Tesholoal golmw*oj No Ve
2. A top Candidate or 160016"
TWO"
Solmnessi Sds. or M21 Armast To no 68"blusboalum,
"1819
No X& GolUb4bIk# aDd V6 .vjwvo ftehe Sass bo To DebwMnskayas
I t-
Ivarms Iftle bindbok in Intended for sualmoorlm per"wel or
matanurgual mad u"bl"4ftUdbg plaists, "lostUft ressarsh
cam 1?/14

I; Xndustry NwWboo
ISROU
I0111tuteS, and plann1:5 and,"IsIsa ~rlantxxtt*4.
CC4 by students at ishools'6fjhIgher *dueatlon.
00) be u
CWI~A=: Vol=;o 2 of the handb9ok "views problems connected
vith the proparation of metallfor rollingthe quality and
quality control of rolled products, and designs of roll
pavaes In =rchant mills. The following topics am dim.
cunceds procosson of mauufasturing -sedluf Ished amd flutchod
rolled products (the rolling of blao"'O b Iletay shap*uIt beam#
the
ralls, atripa, vire, plateag allustos wA dreving of steel
vivo)# hot-dipped tin blateop laaqAorod V &test flaor plate*#
I
special
tubes made by different methodep and types of rolled
an of
products. Pmbloox or UM orvalsati f roulma Operation*
axe reviewed, WA type of, rolle& a Isaverastured in the
Prod"t
VIMt &",,show. No j!"alitles am Witifted.0, The" am
no reforenceso
card 3/1*

Roll Ing -IndustrS; Handbook SOV/6044
2. Sequenco of operations in the manufacture of
cold-rolled metal 330
PrIncIpal operations of the process N9
Characteristics or-cold-rolling shops 3
Cho 48o.Nanufacture of Tin Plate (A. lo VItkiiii 349
Part 1K, Nanufacturs of Tu #es 387
Cho 49o Clasalfication of Tube-Nanuracturing Nethods 387
Cho 50o Manufacture of Tubes In Units With an Automatic
Nill 1(1. A, Famichey,,) 391
Cho 51, Certain Nethods of Na"t-at-A Aot-Rolled
lw~ ss - -
Seamless Tubes W-01"! Y~rnqlaye 441
lo Rolling of tubes n aL -AMUS In continuous
tube-rolling mills 441
2. Rolling of tubes without a mandrel In continuous
reduction mIlls 445
pard B/ 14

YEBMDLAYEV, F.,_inzh.
Review of the book br F.A.Danilow, A.LGIsiberg, V.G.Balakin,
"Hot rolling of pipe." Stall 23 aa.8034-716 Ag 163. (MIRA 16:9)
(Pipe mills) (Danilov, F.A.) (Gleiberg, A.Z.) (Balakin, V.G.)

YERMOLAYE;V., N.F., i.nzh.; GONCHARENKO, V.; MATYEYEV, YuJI.; YEWLIYANOV,
A.V., 1cand. ekonow. nauk; SPIVAK, E.I., in2h.
Book mviews. Stall 25 no.7t640-642; 659~-663 Jl 165. (MIRA 180)
1. Chelyabinskiy politakhnichookly institut i UraINITI (for Goncharenko,
Matveyisv). 2. Institut chernay wtallurgii v g. Dmpropetrovske (for
Yesellyanov). 3. TSentroenergomstallurgp~~ (for Spivak).

ACC MRs- AR60294*9'5-'- SOURCE CODEs Ult/0137/66/000/006/DOi4/DO3'5'-
AUTWAs Azarenko, So Be; AllsbovskYo be Yes; No rol Molchanowt A., P.;
,TITLEs Study of On tube dradmag an an a ocatimmove drawing stand
We she Now1wgiral, Abs. Ong$"
Tr. Yses# -.-I. I pro ktoo-konstrakta, la-t 010t*JUM0 moshineitroo *be
IS, 1965 9 28-41
TOPIC TAGS i metal drawing, meftl tW*
TRANSLATION: A study was made on the continuous drawing of tube, as carried out on *a
constructed MVTU stand. The drawing capacity of the single-thread, continuous
y
awing stand at drawing speeds of 50 w/wIn was 2.8 times greater than that of an ops-
wi
021t
ating 7.5 tube chain stand in the Moscow Tube Plant (at Weeds of 75 w/win, it was
stin
.2 times givater). Tin high productivity of the m1U was due to the low friction (less
to 10%) In the auxiliary operstLong, to the decrease of the metal con-
sumption coefficient during the trimming of plugged up tube ends, end to the use of
gher drawing speeds. The drawing speed vas not limited by to strong h of the tube
~d could be much higher them 75 w/Is". The continuous process permits the alimIna-
~1~01 of tube anneaLLMg after weldhigg the Jamming and outtLa of tube ands, and piekl-
Met 621.774o001

MRS
Ing before a costiog application; fts processes of rimaing the Inside of the tube and
straightening after- &sawing were significantly lmprov*4. The continuous drawing min
could be made into an autometic continuously operating line for tube processing, in-
cluding heat treatment and finishing. The sconomic advantages of operating the mill.
we very high productivityq and the elisination of a series of labor coasumiag preli-
minary and trimming operatImag Wdeb decrease the matal ootput so sub Im operating
cbelm mills. 6 figme 5 tablies. 16 Kedhopme
==I U oil
[CW*_v2

YERM) .
LAM ~ dpbj ZkGOROVSM, Leonid Vasillyevich; MA-
Nk,, Mariya Nikanorovna; CMMKAWV, V.N. . red.; UCHITELI , I. Z. j
red, lzd--va; fa=OlHj PAP, +A&bn, red.
[flaziftook on installing storm protection on buildInga in rural areas)
Posobie po ustroistvu grozozaabehity stroenii v Bel'skoi mestnosti,
Moskira, Izd-vo M-va, komwn.khoz.RWSR, 1961. V p. (MIM 14311i
(Lightning protection)

YEF44OIAMO N. N'.
YERMOLAYEVO N. N.s "Investigation of local deformations in the parts of welded
I-beam anits". Leningrad,, 1955. Min Higher Education USSR. Leningrad
Order of Labor Red Banner Construction Ehgineerixg Instp Claix of "Steel
Structures". (Dissertations for the degree of Candidate of Technical
Science.)
SO: KnisW?XEa Ietovial No. 50 10 Deambor 1955. Moscow.

8~106/62/604/006/006/009
E075/E436
,-AUTHORS; Krot, N.N.
TITLEs Somo data on the behaviour or-uranium (IV) in nitric
acid solutions
PER1ODXCAL:.R&dJLokh1m:Ly&,. v.4, no.6, z~62', -678-68,%
TEXT: The authoks investigated the copipiek rormattenof- 1U(IV) -with
N03 using spectroscopic and ion-exchai~ge methods an there are no
data available on this subject. The complex formation taken place
at HN03 concentrations ranging from 0 to 10 X and gives a series
of absorption maxima, the ma*imum difference bet,~roen the molar
extinction coefficients of U*+ and its nitrate complexes occurring
at 648 mp. All. measurements er carried out at this wavelength.
In HU and HN03 solutions of UTIVI the-lisht.absorption remains
constant at the H concentration of 2 to 4 g"iol/litrt, but
decreases at [HIJ < 2M due.to hydrolysis or u + to UDH3+.
U(IV) in-not stoble in HN03 even in inert atmospheres. it
oxidizes, the process being cataly *d b; the.producto of reduction
.of N'Oj to N02, N204 and NO. Th: U(I ) so-lutions become stable
when these.products are removod,by am-Iii -mromiatic derivatives,
Card 1/3

s/jL86/62/oo4/cQ6/oo6/ooq
Some data on the behaviour 4.0 E075/E436
such as anthranilic acid. The latter was used an a stabilizer
during the determination of stability constants of the nitrate
complex*60 The Complexes forming in 0 t:JL3 M 11NO3, solut ions were
studied in'more detail 0 Uji optical.den ty of the solutions
containing 9-78 x; lo-3 M V was determined at 26,5*C at the ionic
strengths p of 2.09 2~5, 3#0 a 3-5 re is a gradual
031 +
formation of four, complexes UN 3 'U("47 U(N03)3 and U(NO3)4,
the stability constants for these being given by
Ki is (U(NO3&ij (i a 1, .2, 3 and 4)
[U`J(N03
The values of X determined by the spectrIphot;m*tric method
agreed with.those estimated,from the sorpt an P U 'IV) on ion-
given in Table 2,
~cj being,the molar extinction coefficisints* There are 4 figures
and 4 tablei*
SUBMITTED; September 2, 1961
bard 2/3

!j 'If ~ 1* 1 t I r, I I i -11 .j 1, 1 1 1 1 r IJP~ :M IMMI M 1 11 .1 "I'll
GELIMAN., A.D.; KROT., N.H.; YERMOIA7EVp N.Pe
Bow data on the preparation and properties of complex uranium (IV)
nitrates. Zhur.neorg.WLtm. 7 no.9.-2034,2044 8 162. (HIM 15:9)
1. Institut fizicheskoy khimii AN SSSR.
(Uranyl nitrate)

.............. . ..
KROTP U.N.; YEM40UYEV,, N,P.; GELIMN,. 4J.
Bahavior of ethylenedlaminetetftacetic ac-id' U~acla;solutions and
its reaction with uranium (IV). Zhur.nsorg.kbim. 7~no.9:2054-
2060 S 162, (14M 15:9)
1. Institut, fizichaskoy khimii AN SSSR.
(Acetic acid) (Uranium compounds)

S/02
9y62/144/003/018/030
B11 'B 101
AUTHORS: Gellman, A. Do, Krot, 9. Not and Yevmolayev, go Po
TITLE: Production and properties of complex nitrate compounds of
quadrivalent uranium
PERIODICAL: Akademiya nauk SSSR. Dokladyt vo 144, no. 3, 1962, 562-564
;TEXT: U4-k nitrate complexes were produced in perchloric acid - nitric
acid mixtures and hydrochloric acid - nitric acid mixtures of different
concentrations. Small amounts of aromatic amines wore added to stabilize
the quadrivalent- form of uranium. The resulting compounds were investigated
by spectrophotometry and ion exchange. With 1190 3 contents up to 3 It in the
3+ 2+ +
initial mixture, UN03 P U(NO 3)2 , U(NO 3)3 , and U(NO 3),~ are mainly
formed. The stability constants of the complexes increase with the ion
intensity. They are 1-58, 1.48, o.96, 0.35 with the ion intensity 2.0, an4
2.29, 2,,95, 2.62, 1.51 with the ion intensity 3.5, in that order. With
more t1han 3 N HNO in the initial mixture, the iou~tqblo 12- is formed.
3 3)6
Card 1/2.

3/020J62/144/003/018/030-
Production and properties of.... B119/3101
The ualts which thie formed with Ca+q Rb +I K +j NE4+I ZA 2+ M8 2+
pyridinium ion, aminopyridinium ion, quinolinium, ion, and a, a'--
- dipyridylium ion were isolated. The crystalline compounds are colored
dark-green to green-gray. They are soluble in water and in dilute ENOV
~u (110 ) " 2- decoi%posing into 110 - and one of the above-ment i9ned lower
3 61 3
complex forma. '"'he solubility of the salts decreases with increasing
ion radius of the cation. They are insoluble in benzene, chloroform, and
carbon tetrachloride. The salts of K, 11g, and Zn are*soluble in diethyl
ether. When stored in soiid state, the salts decompose gradually owing to
inturamolecular oxidation of U4+. There is 1 table.
ASSOCIATPION; Ingititut fizicheskoy khimii Akademii nauk SSSR (Institute
of Physical Chemistry of the Academy of Soiencte USSR)
PRESEITTED; Janua;y 22, 1962j by V, I. Spitain, Academician
SUBMITTED: January 10, 1962
Card 2/2

SHCFMRBINA, V.V.; NAUMOV, G.B.; MXAROVO YO.S.1 "MUNDVSKIyo V.I.;
~W A P. TAWWv L.S. I TOGAMMOTo A. L; RANJUKOTP
KOCRMT*;A4T,-; QWWWT# AJO;
ulealk
4"Ontial features of uranium gembeillstry)JOsmovp" cherty
pokbiall wwa. Pbd red. -O.P.Rnogradovs. Wookwat Ind-vo
AN SWR, 1963. 350 p. (NIVA 16slD)
1. Akademiya nauk SSSR. Inatitut gookhJull I analitlehookoy
Wall,
(Urwdva)

YMMLAYEV, N.P.; XROT, N.M.
. ......
Complex formation of urani= (IV) with stbVUwjdiAanetetra-
acetic acid.,Zhur. neorg. khim,, 8 no.3-10447-2i~60 N 163
. (MMA 17:1~

7,HIDIXOVA, A.P.; ZARINMY, V.A.
E'f Vcatte form of urani= transfer in aqueous soLltiona.
Cleckhimiia no.7:813-826 JI 16%
(MIRA 18:1a)
1, Inotitut gookhimii i analiticheskoy khlzil imeni V.I.
Vernadskogo AN SSSR, Mookvae Submitted December 7p IcU,

YERMQL=,,AL,- KOVALMO? G.S,; KROT9 N,N.; BLOKHIN, V.I.
".;-"4,ometrlc determination of naptunium by means of xylenol
Iwazige. Zhur. anal. khim. 20 no.12tl333-1340 165.
(RrRA 18:12)
1. Submitted Februarv 3,, IQ,64-

SMIFFOII-AIMIN, A.P.; KOVAIMKO, O.S.;,.YMIOIAYKVl N,P,j KROT, N.N.
Microvolumetric complexemetric method of defemLning mepturium.
Zhurs anal. khim. 21 no* 1976-78 166 WRA 19:1)

O'l
AUTHOR: Yermola-revp
TITLE: On some
protein
bion
3270
S/205/61/001/006/003/022
D268/D305
N.V
causes of the disturbance of desoxyribonucleo-
enzyme breakdown after general gamma-irradia-
PERIODICAL: 'Radiobiologiyap vd 1, no. 6, 1961p 834 - 837
TEXT: A number of changes were studied in the enzymic breakdown of
desoxyribon,ucleoproteintAHII(DNP), following irradiation, The meth-
ods used were the same as in the author's previous work (Ref. 1:
Radiobiologiyaq 1p 670, 1961).In studying the normal DITP enzyme
breakdownp the author has shown that the breakdown rate was inde.-
pendent of concentration (Ref. 2% Biokhimiya, 269 897p 1961). Fur-
ther experimental results at 6 and 24 hours after irradiation sho-
wed that with different optimum pH and 11 combinations DNP breakdown
was independent of the substrate concentration with the tissue ho-
mogenate diluted 4 and 6 timeso Incubated rabbit appendix tissue
homogenate ahowed an increased initial DNA contentq but this is not
Card 1/3

32741
8/205/61/001/006/003/022
On some causes of the disturbance ... D268/D305
believed to rotard DNP breakdown. DNP incubated in the absence of
the cytoplasmic part of the homogenate gave some indication of the
extent to which disturbances of the enzyme-substrate system and the
intracellular medium surrounding it participate in the retardation
of DNP breakdown 6 hours after irradiationo Breakdown at this time
was more intense than in the complete homogenate. Sincep however,
the absence of the cytoplasmic part contributed only slightly to
the retardation of breakdown, it was concluded that the fundamental
reason for it is connected with changes in the actual enzyme-sub-
strate system. Mathematical treatment of experimental data on the
DNP breakdown rate at pH 6.6 - 6.8 and p 0.016 wets also used to
assess changeB in breakdown. Comparison with the half-breakdown
time showed that DNP breakdown is already accelerated 1 hour after
irradiationj reaches its maximum at 3 hourep declines at 6 hoursi
and is slightly slower than normal at 24 hours, The decline at 6
hours may possibly be due to intermediate metabolites appearing in
the initial tissue as the result of cell destruction due to radia-
tion. The retardation of the rate of breakdown 6 and 24 hours after
irradiation is attributed to a reduction in the number of lymphocy--
Card 2/3

On some causes of the disturbance
8 / 2 OY2 36413
D268 D 0~001/006/003/022
tee as the normal source of DNP breakdown and the relative increa-
se in the reticuloendothelium. and mucosa cello, whose DNP is not
very susceptible to this type of breakdown. There are 4 figures,
3 tables and 2 Soviet-bloc references.
SUBMITTED: April 259 1961
Card 3/3

... .......... ..
14
L 09%-65 EPZs)-21W(O)IEPY(n)-219WA(d)IVWW(t)IW(b) Ps-4/Pt-l -4
UK_CT_P17W/JD RG . 'T
Accusiox ia: Apomoo 8/0128/64/000/011/0037/01)39 uIr
Ollstrov, A~
AIMIORs landerskLy, L. S. (Engineer); By*sttov, A. 001 siltyqy', N.
Coralikov,'_V. _D ; D8n1lo'j;_jg.&; DLvinnkty. Tu. L,; 1MM9AVUJU.AsJgnstnO*r);
loeyakov, V. M.; FfiffOraw. V. V. (Zngineer)
TITLZt Obtainiq high-grade castingsfrom -Mda"oium 't Iloys by filtering the
ox,
liquid matol
SOURM Utsynoye proixvodetvo, no. 11, 19641 37-39
TOM TAGSt magnesium alloy, magnesium best allay, foundry technology, allay cast-!
ing. metal filtration
IABSrRACr:; A method of*.obtaining high-gradis coatings from magnesium alloys by
fflteringjbe liquid metal was investigated. The effectiveness of filtering liquid
allay HU lig'd the effect of filtration an the chemical composition, mechanical
propert emINd stiticture of the alloy were determined. The investigations showed
T
that there are no flux and slag inclusions In'the fractures. The author c ncludes
that defects from flus"''Ind at&$ inclusions are reduced by a factor of 12-1;p and
final flow Is ndueed by a factor of 74. The optimlai ratio between the total area
of Srid Oplainge aed the total at". of the cross section of the risisrs should be no
i logo than 3116 The redosmaded hisight of the Utter is 60 0080~ Orlso Oto bast I
1'"/2. figurda add I table,
_7777'

WV/112-159-18-379931
Pranslation frobi: 11cferativnyy zhurnal, E'lektrotekhaika, 1959, Nr 113, p 14 (USSR)
AUTHORs
TMP.t Experimental Investigation of the Gas Tongue of Flame
PffffOMCALs Tr. Hosk. in-ta khim. mashinostr., 1958, Vol .16, Ur 2, pp 23- 36
AB3TRACTs The dependence of the size of the diffusion tongue of flame an the
physical properties of the fuel, conditional and atructural factors,
was Investigated. It is shovin that, If the density and vincosity of the
outflowing gas and that of the environment is nearly the same, the rel,-.ti'.0
leng-th of the leminar tongue of flame is a functlon of the compositit~n --f
the 15as-air mixture and the diffusion criterion of Pealet. It is stated
that the Gauahorn formula and others for the dotermInation of the length
of tlie-turbulent, tongue of flame were obtained as a result of a number of'
assunptions and therefore cannot be conn1derqd: its correot. The Kitayev
and Levehenko fuiviulac ave Inore exact than the proadodIng ones but can bt~
employed for cold gas only. A description of the test installation and
of the testing methods is given. It was established that the-length of
C(U,d 1/2. the d1roct-flow diffusion tongue of flame depends mainly on the diameter

Experimental Inveitigation of the Gas Tongue of Flame SM/112-59-18-37S&3
of the outlet section of the nozzle, on the consumption,'tomperature and prd3b-ure
of the gas In the nozzle.and on-the pressure, temperature and'oharaoterlstios of
en,vironmant. The dependence of -the relative length- of the torigue of flame- on- the
Reynolds-, Yroude -and..Peclct . criteria was. obtained. The 'qubintitative aoriftection betwoen
'these almllar crItei.-la wau obtained In -the fom- of two c1quationa! orte fail the 7!c!,.cu-..;
town gas, the other-.for~,propants,
A.A.D.
Card -2/2

YERWLAM., 0. N.jj Cand of Tech Sci - (dies) "Investigating -the Burning and Radiation
Characteristics of a Diffimion Gas Torch,," Moscow,, 19% 16 lyp (*scow Institute
of Chemical Machine Building) CKL., 7-60, 108)

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SOV/96-59-2- -1.0/18
AUTHORS: Phorin,, S.N., Doctor of Tecimical Saie=jez
Ytrmolayev, O.N., Engineer
TITLE: The Combustion and Radiation Charactoristi,;s of a
Turbulent Gas Flame (Kbarakteristiki goreni-ya i
radiatsii turbulentnogo gazovogo fak,)Ia)
1'ERIODICAL:Teploanergetika, 19594Nr 2. pp 57-62 (USSR)
ABSTRACT: Because of the increasing use of gas,fuel it is
important to have general formulae for determining the
flame length during the combustion of turbulent jets of
various gases and to know the radiatton characteristics
of bux-ning gas jetam. The characteristicas of a turbulent
gas flame are discussed; ccnditionS JLn general are
unstable and pulsating. A, combustion front, exists
inside the flame and a f ormula is g~iren for its length.
The rate of propagation of the flaW in a turbulent
flow of combustible gas is considerably higher than the
rate of flame propagation in laminar flow. fl6wever,
b-cause of the low stability of the flame f-ront, in
turbulent flow various kinds of ar'.1h,11icial stabillser
are required to retain the flame near the burners. On
Card 1/7 the basis of maes transfer theory a formula is derived

The Combusticn and Radiation Characteristics of a Tuxbulent Gas
Flame
for the length of the turbulent prebotabumUon zorie.
Finally an expression is ($iven for the ldngth of a
tuxbulent flame. With this general :n3lationship as a
basis special tests were made to obta:Ln a definite
folmiula for the 16ngth of a turbulent flame as a
fu.n(,-tion of various governing criteria. when burning
different gases. The experimental set-up used to study
the combustion of burning jets Qf gas is illustrated
diagrammatically in Fig 2. It inCludes, an arrangement
to preheat the gas to any requixed tempenature, a
nozzle box which can take nozzles cf uhe different
shapes and sizes illustrated -in Fig 3 and variou:3
devices.to Control and measiare the flow of gas, its
temperature and pressure'and radiation from the flame.
Various methods of measuring the flame lenguh were
examined and simple visual examination was found best.
A hydraulic level indicatcr, shown diagrammatically in
Fig 2, was devised to facilitate evaluation of the
Card 2/7 position of the tor, of the flame. The composition of

SOI!/96-59-2-10/18
The Combustion and Radiation Charaeterj, atlas 0,1- a fti-bulant; 'a'aj:
Pla-me
the Moscow Town gas used in the tests was no-f; strictly
Constant, which somewhat impaired the accuracy of the
xesults; the mean composition is given,, Altogether,
'23 series of tests were made on town. gats, 9 series on
propane and 4 series on hydrogen, making nearly 1000
individual tests in all. Each series of tests was made
with a particular nozzle diameter. The variables in
tests of a given series were gas consumption and
temperature. The nozzles were made from a number of
different materials and ranged in diameter from 2.0 to
10.1 mm. In calculating the diffu4ion criterion the
coefficient of kinematic viscosity was calculated for
the ambient air temperature and the coefficient of
molecular diffusion for the temperature of the gas on
leaving the nozzles. This was a bit arbitrary since
the temperature at which the processof molecular
mixing occurs in burning jets is considerably higher
than the initial gas temperature and is different in
different parts of the flame. As the obje-t of this
Card 3/7 investigation was only to obtain quantitative data about

V/9 0/18
The Combustion and Radiation Characteristics of a Tu:Cbulent Gas
Flame
the characteristics of turbulent flumes, b--irning gas of
given composition, the densities of the gas and air were
not considered in working out the test results. The
mathod of plotting the results that Yras used to
determine the influence of different criteria on the
length of the flame is explained and the experimental.
P:.~sults are then plotted in Fig 5 and. 6. Foimulae (4),
(15) and (6) are then given for the flame lenb7th of
town gas, propane and hydroWn respec.,.tiwly. Formulae
given by previous authors for flame lengtn are briefly
considered and,their limitations disc-usiqad; or-e makes
unjustifiable assumptions and another is valid only for
cold gas. However the present testp, showed that the
length of turbulent flames is much affeated by the
initial gas temperature.' Other things Ining equal,
increase in the gas temperatuxe shoi~tens the flame
]Awngth because the temperature has a marked effect on
the diffusion coefficient of the gas. Tbe initial
Card 4/7 diameter of the jet also has a very strong influence on

L'-D'OV/96--5 9-.2--10/18
The Combustion and Radiation Characteristic.-, of a 116,arbuleat Gas
Flaw
the length of the turbulent flame, the less the initial
diameter the less the length of the flame. The most
important feature of turbulent jets of burning gas in a
free oxidising medium is dif fuse after-burning of gas
clusters and it is this process that mainly governs the
length of the turbulent flames. Ttwe radiation
characteristics of a flame are then considered and
formula (8) is derived for the total radiation from the
i'lame. The extent to which part of this radiation may
be absorbed by the medium i=iediately surroLnding the
flame is then considered and suitable corrections are
given for the radiation formulae. In the tests the
radiation characteristics of the flameg were studied by
measuring the radiation at a fixed place on the
circumference of the flamed as shown in Fig 2. '2he
radiometer was placed in such a way as to record
3,adiation from the flame in a direction.perpendicular to
its axis, because this corresponds most olosely to
conditions of radiation from a flaroa to the lateral
Card 5n heating surfaces in furnaces, The results of local

I SOV/96-59-2-10/18
The Combustion and Radiation (;~,aracterizvics of a Tarb!.Lientu ilas
Flame
radiation measurements on flames of town gas and
p:copane-butane are plotted in Fig 7 in which the bold
line corresponds to formula (12). The formulae
previously derived to determine the lenk,,th of t' e 3
flames are applied to obtain formulae (13) and (14 for
t,he radiation characteristics asing~Vloscow City gas and
liquid gas respectively. Th6se characteristics can be
used to explain the influence of varioum factors on the
radiation from the flame, the most Imporbant of which is
the initial diameter of the -Jet and the theoretical
combustion tempei-ature of the gas. In actual furnace
conditions part of the radiation froirt the flame is
absorbed by combustion products but.the amount so
absorbed can be reduced by 1weping the flaine near to
the surfaces being heated. The objoct of the tests
described was to study flame characteristics in the
purest form without the complicationa tLat result from
Card 6/7 the influence of various corditions surrounding the

SOV/96-50-2-10/1-8
The Combuation and Radiation Characteristics of a Turbulent Gas
Flame
flame such as the arrangement, shape ancl size of
surrounding walls, their reflecting -and absorbing
properties and so on. There are 7 figw!es and
2 references of Which 1 is Soviet and 1 English.
ASSOCIATION: lAoskovskiy Institut MiiinicheBkogo Mashinostroyeniya
(16oscow institute of Chemical i5ngineering)
Card 7/7

11-UMILIJI~1141
TMSM, L.A.; TIRKOLAYNT. 0.T.
We are repairing equipment in lose time. Gldroiix. i lemokhis. prow.
8 no.6tl6-17 155. (NIAtA 9: 1)
1. Nachallulk spirtorogo tookha BIrym%Inmkogo gidrolisnogo savods
(for Trayster). 2.Glavvyy mokhanik sm" (for Yermolayev).

wwk preeMess of a pu4flcatlon station. *IdroUs. L
prcm. 16 so.2121-22 163, NIRA 166)
2e DirpsinskIT gidro2lorqy savod,
(Dirrima--Sewago--Pmrification)

YERaWiYE'l 1, VOIESNIKOVt A. (Roctov.na-Donu)
Cnce wro on competitloro nr usdical teams. Vc*n. zrjuri. "1l nc.Ij
24-2-5 Ja 165. (,M.LqA 19:2j
1. liachalln1k shtaba gra?,hdanskoy oborony Verkh-loetokogo rayona,
Simrdlovsk,

ZHUKOVA,, T.; SARANIN, K.; BICLYAYRVp I.; TYMBIUDO L.; :B.ERMOVA,, V.;
KHDIMDVO F.; TE.RMT-A]U , X-10 MDMGMV, A,; WTIKOV, Yevg.;
CHIENOTt Yu,,, starshiy n&uehnyy'*otr,; POLYAM*A, 14~, red.;
USTIMOVAp S.0 tekhn. rod.
[coin] Kukuruft. Moskval,, Moak. rabochiij, 1962,o " p.
I (KIPA 15:12)
1, Rsuchms sotril-iniki Nauchno-4maledovatellskogo instituta
sellskogo khosyaystva, tsentralInykh rayonov.ne6ernozemnoy
Iony (for &U except Chirkov, Polyakova Ustino4ft). 2. TSent-
mlnyy institut prognosov (for Chirkov).
(Com, (maize))

rroli'Dula, P. D.
6652 ~erviolayev, F. Ve kiakatyvaniye ploskIA rezbonakatTV'kh
plas'Lelco (Tekhnologiya i oborudovard~~e)s L., 1954 10" S. s Ul
1 L cliert. 21 sm (Vsesoyuz. 0-vo p-i rasprostraneni-yu polit. i
nauch. zraniy. -Leningr. dom nauch-tekhn. propnearby. Inform.-
tekhn. listoic ho. 113(b86) 3.8100 -'-;KZ 60K. Avt ukazan V
kontso telcsta (54-15531zh) 621.002.7
SO: E217MMIYA LO. 6, 1955

PUSS I BM )ITATM SOV/4437
'Yarmolarw# fttr WtAyevich
Obrabotka &w1emlyes deftlay Wlborar (Ptessworking of Instrumient Parts)
Leningradp Sladprongisp 1960* 100 p, Xrrata slip Inserted,
6.,200 copies printed.
Scientific Rd.: N.V. Zmehin; Zda: Ye, N. 8hwArak,-,Tech, Ed.: L.K. shishkova.
PURE: This book Is intended for technical personnel In the Insty rmm ut and
mhime 1ndutries.and for iawntors vith experience in the introduction of
pressitorking methods into the production of mLU-size instrument parts,
COV~s The book deals vitA the teehniqw,, equipsmint, and secessories for
production of h*21*v-shmmk rivets,, taper p1m., and shaped parts for instrments.
Parts with fine external,threed and thread-rolUng Use =de by pressworking
an included. 16thods for the rational utilization of constructions of equip-
ment now in use and being produced by Soviet industry us diectimsed. No per-
sonalities us imentioned, There an 16 referencest 15 Soviet and 1 Inglish.

.......... lip Jill 1 vnisill 1 lujillol F111111,11 d3MV. Jill
fill
f ;p
Zj
two
fit it

TIMOLAY17. P.2., inshenor.
Select Ing a @love for screening moist gravel &M sBand mixtures
by the dry method. (ftudy] UIZITWIDOMMU no*5:17"I 052.
(MIfv*s) I(NLU 7:11)

TiMIATM10 P.S., Inzhenero
was"m
ftapa of groovlnp In this arWhing plates, of jwv =ushers. Kekh.
strol., 12 no'3t2O-24 Wr 155; (XW SW
(Crua~lng machinery)

YRT- F.S.- 4Aahmnsr.
SelectIng pam"ters for vibratlon ullls wIth horlsontal ascIllation
of the unit. Stroi.i dor.ushinostr, 2. n0,3:21-25 Mr 157.
(PYRA 10:5)
(Killing whiwiy) -

YEICIIAMIF.33.0 Carad Tech Sci-(dirz) "~;tudy o,* the --rduc
d4 -nerform. ance of a mill for the rrindinr, of conctructionoi r..-t"e-
rialo." 117os, 1958. 9 pp (Vin of Ifighor _Educ_t~ian U11;3R. !..o~-i Ordc.~r of
Labor Red Banror Construction-Engine~jring Inat i.m V.V.Yuybys!iav), 150 cc-
Pion (111949-581123

HnIAM, P.-R" inzh.
IM
InvOstilPtiM F&ramotorm of Inertia vibrating screens,
Stroi. i.der. mshinestr. 4 no.1:28..30 ;a 15,!?. (KM 12: 1)
(Road =chinory.)

MWLAITV, P.S., kand.tekhn.nauk
Grouling of sands for building Iki cbmbor*d h7droulic classifiers.
Stroi. mat. 8 no.40-11 Ap 162. (=A 1538)
(Sand) (Separators (Maehims))

......... ....
MUMLAYEV M.0 kandtekhnnaukj NOUNOV.*,Volop Inobo
Nov osculating Sul for grinding, buildino aat.4vialm. Stroi.i
dor.:wah. 7 no,2.z26-30 F.. 1.62* (MM 1535)
(RUJAM9 Machinary)

VAMIAYEVII P..S.,, kand.tekhn.nauk,- ZAKHAROVA, T.As. inzh.
6viation of =ltiple-chauber bydraulic oiwro faw fractionaticn
of otuid. Stroi. i dor. mash* 8 no.5t22-25 My 163. (DaRk 1615)
. (aisimo),

YOMLAM', P.S.9 kand. tekhn, nauk
Inyestipting the mchanieal parwaotere of horlzoutal vibratirg
Irit.lies. TruAy VNIIStroidormash. 32t31-72 163.
Renate of InvenfAgating a multiple compextmut by&4aUic mum,
classifier. Ibid.02-116 163. (MIRA 17s6)
"I.,

XERMOLAYDIO ?,3,o kand, takhns nauk; ZAKHAROVAv TsA.q lzah,
-.1-- ......
Creation of automatio disohmrge arrangements on miltiple
compartment hydraulio elassifi,ers, Trudy VNIISti-oidormasho,
32173-91 163. (MIRA 17:6)

Lf~,mpir yvi,
P.S., kaAl. ~.ekhn, na-ak
tba
11 nc.11311'~-16 A 165~ (MIXRA LM6)

YERMOLAYEV, P.S.1 TSAVNIN, G.S.; NEKRYLOV. V.M.
Investigating torsional vibrations of the crankSjulft of an engine,
Avt.prom. 31 no.10:4,-7 0 165.
MRA :L8tlO)
I* TiSentraltnyy nauchno-leeledevatellaidy ordena ',,rudQvpgo
Krasnogo Znameni avtomobillnyy i avtomotorn" inalAtut i Moskovskly
avtozavod imeni Lik~Acheva.

YFMOLAYEVj, P.S.,q kand.tekbm.nauk
Parameters of the vibmticm of horizontal lW&-mallc Strol,
L dore =she 9 noo7s37-38 J2 164, (KMA 1813)
I pl~ - t

--.YMMAY09 P.T.; FMTOV, T.T.: ORCHMAKOV-, N.P.; SMANIM, L,Dv,
[1horeas, a" Instructions on labor for agricultural vqfters]
ftorilk postanov1sall I rasporlashmall pe trodi'dlim rabot-
Aik&r sell4wso khostaistva* Nodm, lad-vo K.*vo sel'skogo
kAos,, IBM, 1958. 252 p. (NIM- 12: 6)
1. Jhwsla (1917- X.S.F.S.Rj "vlaulye normirovenlys, trade
I sarabotnoy Olaty~,
JAgrimltural Uwe and legislation)

Y3WIAYMV, U.; KOVALET, M.
~-
Stores for snecimlty end propmrsd foods . Obshchestr. Dit. no.5;5-6
my 158. (Leningrad-Deliontessen) (MMA 11:4)

,As Lreviewerl.
KMKO, S.N. (author); YMOTATAYL-4-
Remiarks an S.KA&Uka's article OlarichfaW foods for public consumption with
vitamins to the basic task of practical vitminolo4.0 Top.pit. 12 no.4:78-
79 JI-Ag '53. i ()O.MA 6:10)
1. Glavnoys upravl*niye stolovykh, restoranov I kafe,, Leitingrad
(vitamins) (Notako, 6:11.)

I MUMD'o T.
Persistant vork, brings *XCOII*nt r*fultf- I Pfth,, dIPIO 6 no. 6:10-11
Jill 160. (zmlngmd-ylre doWtmnts) (NEIA 13:?)

-- 19MBNOXAMR-L-11A "of y A!~tosj~
tokhn.red, ~~L.OUROT, V.S., red.; ONOSMO, M.G..
(Yactory history room] Kablust istoril savods. Lentuerad.
Lenit"t, 1959. 28 p. (MIRA 13:10)
(Lealagred-AbIpbulldIM)

I Iffr3WIMINI [if I 111 11:1 lit I U.111AHIM 1110t1lill 9 11111 try 1111a ulilumumum imut i i mi niv mri 1 P iu, t-i 1. . . .. .. . .... .. . . .. .. .
MMOIAUV. V.,
Borehole drilling for pile found&tIonw. Xpv.neAIt,.tekh.. Stroi.i
mont. no.4:6 148. (KLRA 9;5)
(Boring)

YEMIDIAYEV V. and TERENIN, A.
Institute de Physique, Leningrad, U. R.S.S.
"Transfert Dlenergie Entre Niveaux De Triplets,"
paper submitted at 8th Annual Meeting of French Society of Phyisical Chemistry,
Paris, 27-30 May 154158.

YERMOLABVO V.
----------
Firing: brick with liquiA Awl. S*11.stroi. 16 W.2:11Y-18
1. StwmhLy inshener soveta Bashkirskoy assw3Viouoy
stroilalluoy arganizataii,
(Brickmadbg)

Li tv u
d t]v
n:~ -c lr)-u--~

;jU 139 - 58- 5
AUTHORS:Melik-Gaykazyan, 1. Ya. Td*wlayev, V. A.
TITLE: Preparation of Alkali-Halide Monocryotals; troat Saturated
Aqueous Solutions (Polucheniye shchelochno-galoidnykh mono-
kristallov iz peresyshchennykh vodnykbL rastvorov)
PERIODICAL: Izvestiya vysshilrb uchebnykh zavedeniy, fizika, 1958,
Nr' 5, pp, 141-143 (USSR)
ABSTRACT: The paper was presented at the Conferete-e of Higher
Education Establishments at Tomsk, February 1958 on Di-
electrics and Semiconductors. The paper deals with growth
of monocrystalB Of KC1. KBr and KI from saturated aqueous
solutions.- KI crystals were grown in a thermostatted room
by rotation of a crystal about the crystallizer axis and
about its own axis with simultaneous lowering of temperature.
This is known as the planetary method. Tgnperature was lowerel
first at the rate of 0.2 and later at 0.5 (; per 24 hours.
KI crystals of 40-50 g weight were grown in 10-15 days. The
i~! czyuLula grown on lowering of temperatxu7e from 35 to 3000
had octahedral form (Fig.1); those grown on lowering the tem-
perature from 40 to 3500 were octahedra with subordinate
cubic edges (Fig .2) and those between 45 auLd 40'C were cubo-
octahedra (Fig.3). KC1 was grown in crystallizers with
Card 1/3 individual heating. Each cryotallizer was hermetically sealed.
K01 and KBr grow very slowly from saturatod

SOV/139-58-5-30/35
Preparation of Alkali-Halide Monoorystals from Saturated Aqueous
Solutions
The crystals are in the form of octahedra (Fig.4) and are
transparent if small in size. By addition of about 0,02 mol.%
of lead chloride, KCl Crystals of up to 40 g weight were pro-
duced (Fig.5); such crystals took about 20 days to grow.
Transparent large crystals of KC1 were also obtained in the
presence of 0.04 mol.%.of zinc chloride (Ilig.6). Properties
of the crystals grown-from aqueous solutions were compared
with the properties of crystals grown by the Kyropoulos method
(Ref.2), The density mierohardnet3o R , hardness ob
tained on mutual polishing of the two typos of crystals,
Young's modulus E and a refractive indox u of the crystals
grown.from aqueous solutions and by the I~rropoulos method are
given in a table on p 142. The data listed in this table show
that mechanical properties of crystals grown from aqueous
solutions are somewhat better than the properties of crystals
prepared from melt (Kyropouloo method). Ackriowledgements are
Card 213

SOV/139-58-5-30/35
Preparation of Alkali"Halide Monocrystals from Sfturated Aqueous
Solutions
made -to Professor and Dr. A. A. Voroblyer for suggesting
this work. There are 6 figures, 1 tab16 and 3 references,
2 of iwhich are Soviet and 1 German.
ASSOGIATION: Tomakiy politekhnicheakiy institut Imeni S. M. Kirova
(To:aslc Folytechnical Institute ineni S. M. Kirov)
SUBMITTED; AP37il 179 1958.
Card 3/3

VAMOLAW V A
Morptiology of zircon or"Wa frCa Paleogene sed1ments In the
outskirts of the Tomsk mll. Zap. Vaos. min.ob-va 90 no.2:
246-252 161. (14M 14:9) . -
1. Kafedra mineralogii I kriatallografii Tomskolgo politokhnich-
eskogo inatituta. (Kemerovo *cvince-Zircon crystals)

MUMIAYEVp V.A.; XMININ., AM.
. Microlardness of natural sirconito (ZrSiO4) crystiLIB. rzv. vyv.
ucheb. zav.;.fiz. no.lt63-68 164, . - (MIRA 170)
19 Touskiy politekhnicheekly institut imid KIrOTIL*

P
BASHKAlrov? YPI71, qA#j.,..LYAFM~ II.A., HOZOVp N.A.
T C 'Almi,
f E 1. 0
Alm%in= highway bridge. Avt. dor. 27 no.'7&16-17 J3. 164.
(4MA A17,12',

--
Work In Moscow metallurgical plants becomes eader. Mokh. i
avtom. proizv. 18 no&U&46-50 N 164 (VIRA 18s2)
1. Direktor Moskovskogo metallurgicheskogo zavoeLa "Serp i molot".

BENDERSKIYI L.S.; BYSTROV, A.M.; VASIL'YEV, N.V.; GORELIKOV, V.D.-
DANIJkV, V.N.; DIVINSKIYI Yu.L.; YERMULAYEVO V.A.; WSIAROV, V.M.;
FEDOHOVP V.V.
Producing quality casting of magnesium alloys by means of
liquId metal filtration. Lit. proizv. no.lls37-39 X 164.
(MIRA 1818)

DIalIDOV, Box-is B-orlsovich; LITOVCMIKO, M.1kite Vasillye-vicli;
YL ;,pLAT- , qic-~;i PUITOPAT, SergL7
5~ -j' ~,~Kekseve
.
Pctentiallties in rall-Ing wil.l. operations] Rezeinvy prokat-
nogo proizvodstva. Mc)skvaj, MetallurgiAa. 1965. 95 1).
(MIRA -,S-.9)

I V. D.
Phosphorescence
Sensibilitized phosphorescence of organic molecules at low temptraturi-. Inter-molecular
transfer of energy of a triplet level. Dokl. Alf SSSR 85, No. 3, 1952.
Monthly 1"I j& Russi Accessions Library of Congress November'1952 Unclassified.

xv, V. 0.
"The Laryngostroboscopic Picture of Frofe9sional Fatigue among Singers", Vest.
Oto-rino-laringolo,, No* 1., 1949,9
Nbra,,CMir,, Otorhinolar7neclogys Yaroslavl State Med. Tn9t-j --cI949--

L ILI I.
AONNA-MTKOVA forAcm, V. 1. 117 ff, G.G.;
O.G.,
LIXUCHIW, A.G.;MWW, L.V'*; K.
Boris Sergesvich Preabrashenskii; 60th anniversary of birth. Vest.
otorinolar.. Roskya 14 no. 3:97-W0 NW-Jum 1952. (C= 22:4)
L Preabrashemakly to editor of Testak otI=rjLW=lAZiSXpjWU and
attached to the Therapeutic SanltwW Ai"InIptration for the Kremlin#
Is Active Member of the Aea&W of Nedical Selemeive USSR, Awarded
Order of Lenin In 1943. In Chairman of the Administration of the
All-UDIOASMIOV Of OtO1827AVIOCINt8o

URNOLLYNT. Y.O.;BORSHCHUSKAYA, Te.A.
AmpmmffAw"Wa mb-Y
Blectrocardiagraphic chamgoe In chronic tonsillitis, Foot. otorixwlar.,
Moskva 14 no.6:40-45 Nov-Doc 1952. (GUL 23:4)
1. Profneor for Termlarev; Candidate Medical folonces for Borshchov-
okay&. 2. Of the Department for 311mr, Throat, and No@* Diseases (Usd --
Prof. T. G. Yersolayev) of Leningrad Order of Ionia Institute for the
Advanced Traininig of Physician lwnl 5. k Kirov.

J~'X-A 0 Liv'~ (-~ 11, V ,.
BILTAYNTA, M.A., kandidat seditainakikh nank; YAMTAYV J'g&. professor, sayodu-
yushably; SA!%~A. professor. chlen-Irorrespondent Akademii neditainakikh
nank SSBR, vW"--GWu-xKa-hIy.
Tonsillitis and appeadicitle. Test,oto-rin. 15 na.4t52-56 JI-Ag 153.
(MMA 6:9)
1. Rafedra bolesnoy ukha, gor2& I. no@& lemingmdako4p ordwa Lenin& institut&
usoversheastvavantya vrachey (for TermobWev). 2. Ufadra Idiirurgii Lenin-
gradskogo ardems Lenina Instituta unovershoustvoyanlys,yrachey. 3. Akademiya
mdltst=kM ummk SUR (for Sammin). (Tonsils-Surgem) (Appendicitis)

TJMJ(OLAYBY TA.. rodaktarl PRIODWHOUff, 3.8o, rodaktorij ItMXX=GsD.14-9
='-ifa M.F, TIMM, Ta.S.,, rodaktor; AUUMAMOr, I.M., rodsktor;
IffnUff, L.T., rodaktor; GARM&M, ILI., tokbolelmookly rodaktor
[Diseasse of the pharyoz. laryoze ta-mm"Mes, reachie and esophagus
necessitating surgery; doctors' haodbook] Mdrurgichookle bolesnI
gletki, gortani, trakhol, bronkhov I plebohavada: rukovodstva Mo.
Ymchal. Pod red. T.G.Bruolaeva, B.S.Preebrashenskogo. D.M.Natenburgs,
i U.S.IsmAdva. Nookwag Goo. ind-va modi lit-rye 1954* $67 p*
(Woat-4morr) (mu ?t9)
(Respiratory orcus-Awcory)
(16ophogas-4ur"ry)

YnWtAYz-V,,1
TJRMOffAMff,T.Gp, professor
tiae of ioleep therapy Is otolaryWIaCt"I clInIcal :Pnwslco*
Test, olto-rin, 16 -no~30917-42 Mr-jo 1549 luaw. 7--7)
I* Is o4o-l"Ingolftich9skay kafedry ("v. prof., T.&I.Takwivew)
Loulagriaskago ordess Lodua instituta usavershe"ItVaVabirm.
thempoutla use$
*0torhibbiaimd. diij
(01MMAMINPONTO'
6ot*rbIxo1&ryWl,~dIs,i, ther" @loop)

MMOLiLTU, T.G.,professor.
wAsesses of the ear, threst# sad D040- A-Go LMdW3bev, Ravleved
by lF.Cl. lmlagv. ysgt. Oto-rin. 1$ no.1:76-79 iWIF 130(NEVA 9:6)
(OltakHMOLARYNGM,OGY) (LnNACMff, A.G.)

TEMIATIT, V,G..profemeor
""--~Com;ied
reflexive sloop In an otorbloolaryagolaigical clinic (with
momry in Ingliahl. Test. oto-rin. 19 no.l,.14-18 AL-F 157
(KLU 10: 4)
1. Is k1lalki bolesnar ukha. gorla I nos& (sav.-prof. T.G.
Termlegrev) Lentagradskogo Instituta usoverstienstvaranlys vrachey.
, ther. use
otorblaolarragol. fts) (Rw)
(01=190LARMOOWGIUL DIMASIS, tber.
sleep, Induced) (Rue) -

TEM"M. T.G., professor
Am-atto~t at an objective evalmatios of hemorrtoge during
t~'-Illfttoflr C~Ith mummury Is J~Cllshl. Teot.oto-rls. 19 no.2:
(maA io: 6)
Is kafedry bolosudy ukha, gorla I seem, (sm. Prof. T.G.
Yermlarew) Leniverads);ogo. last i tuta usevershonsWovenlys vracbey.
O"Sia
P0.00-P....4 099 90jocPiT* evaluation (Rue))
In tonallIectogro objective evalmation (Rue))

. IIMKCLANT, Vladimir Georgiyevich; NLSMIN. Boris Noiseyevich
.--
[Pirst aid In diseases of the ear# throat, nose, andesopbag"I
Skorsia pomoshrAl pri sabolevaullaft ukhs. gorls, noes I pishchs-
Yods. Leningrad# Nedgis, 1939. 210 p. (MIRA 13:8)
(of ) (71M AID N ULUM AIM =MY)

IAIKOVO Be-N.p 1wof. (Ku7bYsh*v); PETROV, Vol-P dOtBOnt (MO13kV&)J
., T.M.,, aspirant (Moskva); MMOIAUvk V.tGj prof.
FAVIERKO
(Igmingrad); ADO# A.D., prof.j VOFSIP X.Solp RWI, ;
=10WEV9 Met P"f- (Lonirgw~ ); KUPRIUKOVA It N.k. (Kazan');
FETRCVp G.I. (Keskra); DOLGOPOUXAj A.V. (Moskval; SWIAROVS P.P..,
prof.; BMCVSK:[Y, Z.Ye.., prof.; MINIKMKIY, ivof. (Chelyabinsk);
KWLICHONOKP I.P. (Irkutsk); TWIN, U.S. pmJ!. (Moskva);
MINIKOVSKU., A.Kh,j, prof. (Chelyabinsk); NIL1SHtUNp,T,N.,, doktor
med.nauk (Leningred)l TRUTNU,, VA., zasluzhezM7F deyvLtGll naukij,
prof:;(TSMWZHUN B.D., kand.med.nauk (Moskva); SOBOLI I.M.
P 11A.
prof Stavropol' I TURIK,, G.K. (Kaskia); FFERE , (MoBiva);
MAZOj, X.L.; POKRYVAL40VAj K,F.; PMKURUKOVp prof
ATNUSNAU) A,A., prof,.; GOLIDPARB, I *V*P prof., 1(jshovsi~;
FCRUBINMUYA., N.M. (Moskva); RUDSVP G.P., Opirs; VOLMOIT, I.Z.j
prof. (Sta3i--.3 ); DOROSHENKO.. 1.T., prof. (Kalinin);
UZUTELID, M.O., prof. (Leninjp~); SHUL1GAj A.1%. prote (Orenburg);
MIKHIJN,, Ye.G., prof.; TRETIYAROVA, Z.V. (Mookwa)j ldhNUYLCVJ YOONOP
Prof., (Mookva); DOROSHENKO, LT.# pmf. (Kalinin)j YERKOIAYEVA., V.G.J,
prof.
Speeches in the discuosion, Trudy goo, nauch O~ijqjjl* insto ukhay
gorla i nosa no.3.1:79-437,129-146,179-186,,233-248,3n-333 159.
(MM 15:6)
1. Chlen-korrespondent ANN SSSR (for Ado). 2* Dir6ktor Moskov-
skogo gosudarstvennogo instituta .ukhap gOrIA i UIDDR, (for Trutnev).

MMOLLYNY, V. G prof .
=A-*-
Oftsiolo&y of singing and prevention of diseases of the
sInM,r's thromt* by KeTeZlobln. Reviewed by T.G.Zrmolaev.
Vent.otorln. 21 noo3:98-99 mrje '59- (MIPA 12:9)
(THMAT--Q= A3C) HMIM) (ZLODIN, X*V.)

UULOV. K.L., prof.,Sanluzhenrwy dayRtell nai*l; YXRNOUISV* V-G*q prof.;
TWEIRAMUCT, V-P-o bLnil.med.mank
In memory of ftofossor Nikolal AUkm*rovlch hatiove Usts
otorins 21 now)II14-123 KpJ* 159. (Knh 22: 9)
(canuRnfe
Pautaw, Rikolal A. (Jks))

I
Ills M&AYVV, V.G., prof.
ItLectrocardiography in otorbinolaryxigologya Testocitorina 22
no*6tl3-M 160. (KIFA 1491)
le Is kafodry ushn*hp gorloyykh i noisoyykh bolsoxisy (sav. - prof*
V.G. YemolaM) laningradskogo ordona Lenlm InstitutA usover.-
sheneftoyaniya vnqbey imeni S*M* Xtrono
(oTaLARmAmi) (ILWTROCARMOGPAPR,')

TERHOLAYEVO-1. G..A~of.
Degreo of bleeding during tonvillectomq and its omparison with
the mat widely spread Indices of a coagulogranq, Veet. otorin.
no.2:jW-46 062. (MIPA 1532)
1. Iz kafedry otorinolaringologii (sav. - prof. V. G. Yeruolayev)
Icningradakogo ordena Ianina inaUtuta umorvershenstvowmiya vrachey
iment, S. M. Kirova.
(BIDOD-00AGULATION) (MMUGE)
(TONSILS-SURGERY)

YMMUY37s T.G.j prof.
diseases and the degree of blooding during tonsti-
leatcq)r. Vbstotorine no~4171-75 162a (min 16 -*3)
1. Is kafedry bolesmay ukhag gorla i nosa (save - prof* T. G.
Temolayew) ladagradokogo ordens. Lenims. instituta usaver-
shemstwowanlya vrachey imeni, S.M. Xtrova.
(TONSILS-DISLUM)

-- AW FA, " prof,; NUICES, B.M. " prof6
nrit ald ln diseas" of the ems, throatt aW nueo Med-
sestra 21 no.24049 7 962* (IGRA 15:3)
(FMST AID IN ILLMS AS IIK=T)
( MIARIMCIM)

VOZNESENSKIY, A.N., prof.; VOLIFKOVICH, M.I., prof.; GESHELIN, A.I.,
prof'. [deceased]; GORDYSHEVSKUt T.I., prof.-
_VA,prof.; ZARITSKIY, L.A., prof KM' Ra , FTO'f
A. LIKIIACHEV, A.G., zeal. deyatell neuki prof,; FROSKUIZAKDV,
SWLIGA, A.O., prof.; NEYMAW, LV,., prof., red.;
SHCIMBATOV, I.I., prof., red. doma; TIKHOMIROVA, G.I.p
red,,; PREOBRAZHENSKIYI Yu.B., red.; CHULKOV, I.F., tekbn.red.
[multivolume manual on otorhinolaryngology) Mmogoto-amoe ruko-
vodstvo po otorinolaringologii. Otv. red. A.G.Likhachav. Mo-
skva, Medgiz. Vol.4. (Diseases of the upper respiratory
tract] Zabolevaniia verkhnikh tkhatellzWkh putei. Red. toma
L.V,Nei=o i i.I.Sbcberbatov. 1963. 518 p. (MM 17:3)
1. Chlen-korrespondent AMR SWR (for Likbachev).

YERHOIAYLIV S, V.G.
IrcOgularities Occurring during the induction heating of
variable wall thickness pipes Trudy Giprotsveinetobrabotka
no.24:210-222 165. (MIIIA 18t11)

12M ,
SOV/127-59-3-5/22
AUTHOR: Yermolayev, V.I. and Filippovj S.F., Engineers
TITLE: The Remote Control of Electric Locomotives in
Places Where Trolleys are Loaded and Unloaded
(Distantsionnoye upr4vleniye elelttrovozami v
mestakh pogruzki i razgrulzki sostavov..)
PERIODICAL: Gornyy zhurnal, 19599 Nr 3, pp 19-24 (USSR)
ABSTRACT: The Konstruktorskoye byuro Tsvetmetavtomatika
(Design*Office Tsvetmetavtomatika) developed a
system for the remote control of electric locomo-
tives in mines. Reverse "forward" and "backward"
contactors are switched on alteriiately into a power
circuit,(figure 1) according to -the "ordered" move-
ment of the locomotive. The "Stop" order is exe-
cuted by switching off the previodsly isolated zone
of the contact cable from the contact circuit. The
system was developed for electric locomotives ?KR
and 10 KR.It work;.on voltages from 135 to 300 v and
Card 112 at not less thaii:. '.000 ohm resistance of the insulat-

$OV/127-59-3-5/22
The Remote Control of Electric Locomotives in Places Where Trolleys
are Loaded and Unloaded.
ion of the contact cable, A detailed description
of the system is given. It was tried out under
industrial conditions in the Degtyarka copper mine,
and in 1958 was put into normal exploitation. The
Nallchik Plant Tsvetmetpribor is organizing the
serial production of the equipment, There is 1
scheme and 2 Soviet references.
ASSOCIATION: (Tsvetmetavtomatika) Moscow.
Card 2/2

.......... .....
A1,F
PHAZZ I BM ZMMTATI(N
Raltotyp, U. S., Doctor of Technical Solanv**# ad.
ftokatnoye prolzvodotyol spravochnik (Rolline Industry; flandtook) -r. 1. Hoocow,
Yletallurgisdat, 1962. 743 p. Errat4L allp inserted. 9250 Copies printed.
Authors of this volumai B. S. Azareaka, Candidate of Technical Sclencoo; V. D.
Afwmalyov, Candidate of Technical Sciences; M. Ta. Brovxsn, En&eor; M. P.
V&Filov, Enginoorl A. H. Vernlkp Engineer; K. A. Golubkov, Naginearl S. 1.
Gdbkln, Academician, Adad"V of Saimaa B=j A. Is. OuravAch, NdgIncer; V. 1.
Davydav, CAndidate or Technical Solen4oal V. 0. Drozd, tn(amerl 11. F.
Torzolay", Engineerl To. A. Zhukevich-Stoohno Englaearl 0. H. 14rilin, Candidate
of Tochni al Sciences; M. V. Rovywy, Engineer; A. M. Ugop,, tatAnoorl A. A.
Ur6lov, Professor; M. To. KuEvonko, Enginoor; A. V. Laskin, Enoraarj B. A.
IAFTitanakiys Engineer; V. M. Lugavokoy, Enginaeri 1. M. YAyarovlab, Candidate of
Toschaical Zoiances; M. S. Owcharov, ftglncorj V. 1. Pastwmak, Enginearl I.!L.
Piorlia, Doctor of Technical Sciences; I. S. Pabodiap CandUlate of 70ohnical
S:iewosj Ye. S. Rokatyan, Doator of Tochalcal Sciences; H. M. Uflyan, Candi-
date of Technical Sciences; V. V. Sairnovo Candidate of 10ohnical Sciences;
V. S. Swirmw, Correqwnding Member, Acadwq of Sciences V3SR; 0. P. Sokolovekly,
Card 1A

-3.1
Rolling Industry; Handbook WTMA3
Engineer; 0. P. SolovIyar, Kaginver; M. A. Markovich, Engknaer; To. M.
Tratlyakay, Engineer; 1. S. Trishavokiy, Candidate of Technical Sciences; G. N.
Khenkin, Enginearl and A. 1. Tealikov, Corresponding Mmber, Academy of Sciences
USNI. Introductions A. 1. Taelikov, Corresponding Menber, Acadetv of Satencos
Mal Ye. S.i~okotysn, Doctor oC ToohnIcal ScIancenj and L. B. Al'ohavokly, Cu-
dUlate of Technical Sciences,
Eds. of Publishing Houses V. M. Gorobinchenko, R. M. Golubohik, and V. A.'Rymov;
Teoh. Ed.t L. V. Dobuzbinakaya.
PWOSEs This handbook Is intended for technical poisonnal of metaLUurgical and
whine-building plants p scloatif io research institutes, and planning and de-
sl4gn organizations. It my also be useful -to students at schools of higher
odwation.
CMA&GEL The fundamentals of plastlo deformation of metala iure d1acusead a~eng
with t~* theory of rolling and drawIngs Motba4a of detorw4ning'the r can-
sumption-and the foroeirlifft1liq wItb plane surface or 4;roarod rorpa"
card

Rolling Induvtrjr; Handbook CAN/5985
1. Flat*-rolling &ills 453
2. Continuous and namicontinuous shest-rolling mills 450
Ch. 21. Cold-RiAling Mills (A. M. Kogoo) [Abridged]
1. Principal equipment of col&rollift shops 465
2. Determinstion, of basic parameters of cold-rolling mills 483
3. A,-J1iary oquipmut of cold-rolling Bing 497
4. Operation and assembly of principal subassemblies of cold-rolling
mills 511
Ch. 22. Tube-H Mills (I. F. Termlayew 9 B. S. Asarft*o)
[Abrid ____j
1. Manufaoturing wthods and types of seamdess tubes 520
2. Types, oftube-rolling mills; components and layout of
equipmest 522
3* Design of tube-rolling mine and of finishing equipment 532
Ch. 23. Tub*-Welding M~-lls (A. B. Tornft,, N. S. Oveharov) [AhrldpQ
Card IW19

AZAWKOp B.S.8 kand. tekbn. nauk; AFANUIYEV, V.D.v kand, tekbn, nauk;
BIUMM, H.7a., inzh.; VAVIIA)V, X.P.p inzh.; VEIDUR, A.B., inzli.;
GGIZIIKGVI K.A.; GUBWO Me, akadem* [deceased); GUREVIGH, Me..,
inzh.; DAVYDOVI V.I., kand, tekhn. nauk; DROZD, IT.G.j lnzb.;
IEWICLAM inzh.;'ZHL9WICH-STOffllA, Ye,Apj, lnzb,; KIRILIN,
nauk; kOVYW, 14.Vo inzh.1- KOGOSj A.M.,, inzh.;
KOROIEVj A.A., prof.; KUGkWO, M.Yee: iizh.,- PLSKIN, A.V., imth.;
LIMANSKIY, B.A.., insh.; LUGOVSKIY9, V.M.p inah.t MEVEROVIC11, I.M.,
kand, tokhn. rauki 001AROV, M.S,, insh.; PASTEWAK, V.Lp inzli.;
ML]Np I.L.p doktor tekhn. nauk; POMMIN, I.S.0 kand. taklin. nauk;
ROKOTYAN, Ye.S., doktor tekhn. nauk; SAFITAN, M.K., kand. tekhn.
nauk; SUMIOV, V.V.,, kand. tekhn. nauk; SKMIOV, V.S.; SOKOIDVSKIY,
O.P.p inzh.; SOLOVITEV) O.P., inzh,; SIDORKEVICII, M4,hap inzho:
TRETIYAKOV, Te.M.p inxhoi 1810p%WY, 1.8.p kaAdo tuklin. naukj
XltWlNp 0.11,p In2h.1 TSEL11MVp A.1.1 OOROBINCISHKOO Y.M., red.
isd-irsts GOLUDCHIK,, RX,, rod. lzd-va; RYMOV, V.A... riwl. izd-va;
DOBUZHINSKATA,, L.V.., tekbn. red.
(RoUing; a handbook] Prokatnoe proizvodstvo; spravot-Amik. Pod
red. :19.S.Rokotiana. Uoskwaj, MetaUurgizdato Volml. 2962, 743 p.
1. Akademiya nauk BSW (for Oubkib). 2. Cblen-kor(re'Is'pUoJ'gi)Akademii
nauk SW (for Smimovp TSelikov).
(Rolling (Metalwor))-Handbookst ma=a1s.9 etc.)

OL~~EV
YAP R fil
JI
MASS I SWK XXIPWZrA?Z= wv/soo
lkekot7anj Too So# "tor or fteholeal Nolftoea# Sao
fpskatnoys prolsvodstvol opravochalk,(NoIllus Industry; Handbook)
v. 2. Moo4oup Notallurglsdat# 1962o . 685 p, 85M copies
printed.
AuUwrst to A. Aleksandrows Doctor of losbaloal Scloncoal
To F,, Anisir v Candidate of ToqMjs4& Bolmosol To If mayrakff
Candidato of Toognital solemealaG To vuAWvfjW CAndidiblo
of IffiochnIcal Solomes) Be to of ft"teal
SoUpces [doosamed); So A. SryuJdw*Ww# CanUdsto of Sammie
SwUhaam; No To Taguloblkovo COMIdato of Technical ftlone$*;
A* I* Vltklnv Doctor at Technical so so; So to Oranovsklys
Cowl"to of Techaleal Selenm; to 1. Gruftvv Candidato or
Tookeleal 241606681 10 To wonlat Basin~$ ff. T6.6 Vsuptovp
OW3411dato of T is 0=42dato of
TealknioU Scle:hen - IN TOMPlay"t mala"ro Go No MA8001080100
ISM
F. =TO~Iqr
CamlUuto or "ohm " W"Wwwwj w a ~-- a ussumors
X. jo. lamp anka, Begiveorl X. To Tait 8a
WfAvo"'Is C-A.-
Technical Soloweal To. He of

4011ing Industr7l Handbook BOT/6044
Satenots; V. 1. KeleAhko, Candidate or Technical Scienceal
No V& Hekhovp gngtneorj Ao K. Winburgv Candidate of Toah-
n1cal soleness; V. D. mosovp IngIneors No 1e Fambenkap
gnglnoer; 0. A. P2y&tskovskly# Candidate of Technical
Sciences; x. So robodin, Candidate or "ohnical soleness)
1. A,. Prlymak, Professor, Doctor or Technical $ounces
sod); A. A. ftvta"v, Inglmorl no No Saflyamp
Canftdato or T*chnloal 301*noooj No No Fddowvp prerommorl
So No 1111pan ansIneor tedo-oamedli I* X. FUIPPOTO can-
.41date or Technical Sol*rA*sj I* A* ~oMvp Untor of
Technical Abltru, Cmd1date of Twobnloal
Soleness No Tue
salmoomi 3. Ike Ida%* or Tesbaleal Soleness;
Obw Cand
No if. Shternovs Candida or Tesholoal golmw*oj No Ve
2. A top Candidate or 160016"
TWO"
Solmnessi Sds. or M21 Armast To no 68"blusboalum,
"1819
No X& GolUb4bIk# aDd V6 .vjwvo ftehe Sass bo To DebwMnskayas
I t-
Ivarms Iftle bindbok in Intended for sualmoorlm per"wel or
matanurgual mad u"bl"4ftUdbg plaists, "lostUft ressarsh
cam 1?/14

I; Xndustry NwWboo
ISROU
I0111tuteS, and plann1:5 and,"IsIsa ~rlantxxtt*4.
CC4 by students at ishools'6fjhIgher *dueatlon.
00) be u
CWI~A=: Vol=;o 2 of the handb9ok "views problems connected
vith the proparation of metallfor rollingthe quality and
quality control of rolled products, and designs of roll
pavaes In =rchant mills. The following topics am dim.
cunceds procosson of mauufasturing -sedluf Ished amd flutchod
rolled products (the rolling of blao"'O b Iletay shap*uIt beam#
the
ralls, atripa, vire, plateag allustos wA dreving of steel
vivo)# hot-dipped tin blateop laaqAorod V &test flaor plate*#
I
special
tubes made by different methodep and types of rolled
an of
products. Pmbloox or UM orvalsati f roulma Operation*
axe reviewed, WA type of, rolle& a Isaverastured in the
Prod"t
VIMt &",,show. No j!"alitles am Witifted.0, The" am
no reforenceso
card 3/1*

Roll Ing -IndustrS; Handbook SOV/6044
2. Sequenco of operations in the manufacture of
cold-rolled metal 330
PrIncIpal operations of the process N9
Characteristics or-cold-rolling shops 3
Cho 48o.Nanufacture of Tin Plate (A. lo VItkiiii 349
Part 1K, Nanufacturs of Tu #es 387
Cho 49o Clasalfication of Tube-Nanuracturing Nethods 387
Cho 50o Manufacture of Tubes In Units With an Automatic
Nill 1(1. A, Famichey,,) 391
Cho 51, Certain Nethods of Na"t-at-A Aot-Rolled
lw~ ss - -
Seamless Tubes W-01"! Y~rnqlaye 441
lo Rolling of tubes n aL -AMUS In continuous
tube-rolling mills 441
2. Rolling of tubes without a mandrel In continuous
reduction mIlls 445
pard B/ 14

YEBMDLAYEV, F.,_inzh.
Review of the book br F.A.Danilow, A.LGIsiberg, V.G.Balakin,
"Hot rolling of pipe." Stall 23 aa.8034-716 Ag 163. (MIRA 16:9)
(Pipe mills) (Danilov, F.A.) (Gleiberg, A.Z.) (Balakin, V.G.)

YERMOLAYE;V., N.F., i.nzh.; GONCHARENKO, V.; MATYEYEV, YuJI.; YEWLIYANOV,
A.V., 1cand. ekonow. nauk; SPIVAK, E.I., in2h.
Book mviews. Stall 25 no.7t640-642; 659~-663 Jl 165. (MIRA 180)
1. Chelyabinskiy politakhnichookly institut i UraINITI (for Goncharenko,
Matveyisv). 2. Institut chernay wtallurgii v g. Dmpropetrovske (for
Yesellyanov). 3. TSentroenergomstallurgp~~ (for Spivak).

ACC MRs- AR60294*9'5-'- SOURCE CODEs Ult/0137/66/000/006/DOi4/DO3'5'-
AUTWAs Azarenko, So Be; AllsbovskYo be Yes; No rol Molchanowt A., P.;
,TITLEs Study of On tube dradmag an an a ocatimmove drawing stand
We she Now1wgiral, Abs. Ong$"
Tr. Yses# -.-I. I pro ktoo-konstrakta, la-t 010t*JUM0 moshineitroo *be
IS, 1965 9 28-41
TOPIC TAGS i metal drawing, meftl tW*
TRANSLATION: A study was made on the continuous drawing of tube, as carried out on *a
constructed MVTU stand. The drawing capacity of the single-thread, continuous
y
awing stand at drawing speeds of 50 w/wIn was 2.8 times greater than that of an ops-
wi
021t
ating 7.5 tube chain stand in the Moscow Tube Plant (at Weeds of 75 w/win, it was
stin
.2 times givater). Tin high productivity of the m1U was due to the low friction (less
to 10%) In the auxiliary operstLong, to the decrease of the metal con-
sumption coefficient during the trimming of plugged up tube ends, end to the use of
gher drawing speeds. The drawing speed vas not limited by to strong h of the tube
~d could be much higher them 75 w/Is". The continuous process permits the alimIna-
~1~01 of tube anneaLLMg after weldhigg the Jamming and outtLa of tube ands, and piekl-
Met 621.774o001

MRS
Ing before a costiog application; fts processes of rimaing the Inside of the tube and
straightening after- &sawing were significantly lmprov*4. The continuous drawing min
could be made into an autometic continuously operating line for tube processing, in-
cluding heat treatment and finishing. The sconomic advantages of operating the mill.
we very high productivityq and the elisination of a series of labor coasumiag preli-
minary and trimming operatImag Wdeb decrease the matal ootput so sub Im operating
cbelm mills. 6 figme 5 tablies. 16 Kedhopme
==I U oil
[CW*_v2

YERM) .
LAM ~ dpbj ZkGOROVSM, Leonid Vasillyevich; MA-
Nk,, Mariya Nikanorovna; CMMKAWV, V.N. . red.; UCHITELI , I. Z. j
red, lzd--va; fa=OlHj PAP, +A&bn, red.
[flaziftook on installing storm protection on buildInga in rural areas)
Posobie po ustroistvu grozozaabehity stroenii v Bel'skoi mestnosti,
Moskira, Izd-vo M-va, komwn.khoz.RWSR, 1961. V p. (MIM 14311i
(Lightning protection)

YEF44OIAMO N. N'.
YERMOLAYEVO N. N.s "Investigation of local deformations in the parts of welded
I-beam anits". Leningrad,, 1955. Min Higher Education USSR. Leningrad
Order of Labor Red Banner Construction Ehgineerixg Instp Claix of "Steel
Structures". (Dissertations for the degree of Candidate of Technical
Science.)
SO: KnisW?XEa Ietovial No. 50 10 Deambor 1955. Moscow.

8~106/62/604/006/006/009
E075/E436
,-AUTHORS; Krot, N.N.
TITLEs Somo data on the behaviour or-uranium (IV) in nitric
acid solutions
PER1ODXCAL:.R&dJLokh1m:Ly&,. v.4, no.6, z~62', -678-68,%
TEXT: The authoks investigated the copipiek rormattenof- 1U(IV) -with
N03 using spectroscopic and ion-exchai~ge methods an there are no
data available on this subject. The complex formation taken place
at HN03 concentrations ranging from 0 to 10 X and gives a series
of absorption maxima, the ma*imum difference bet,~roen the molar
extinction coefficients of U*+ and its nitrate complexes occurring
at 648 mp. All. measurements er carried out at this wavelength.
In HU and HN03 solutions of UTIVI the-lisht.absorption remains
constant at the H concentration of 2 to 4 g"iol/litrt, but
decreases at [HIJ < 2M due.to hydrolysis or u + to UDH3+.
U(IV) in-not stoble in HN03 even in inert atmospheres. it
oxidizes, the process being cataly *d b; the.producto of reduction
.of N'Oj to N02, N204 and NO. Th: U(I ) so-lutions become stable
when these.products are removod,by am-Iii -mromiatic derivatives,
Card 1/3

s/jL86/62/oo4/cQ6/oo6/ooq
Some data on the behaviour 4.0 E075/E436
such as anthranilic acid. The latter was used an a stabilizer
during the determination of stability constants of the nitrate
complex*60 The Complexes forming in 0 t:JL3 M 11NO3, solut ions were
studied in'more detail 0 Uji optical.den ty of the solutions
containing 9-78 x; lo-3 M V was determined at 26,5*C at the ionic
strengths p of 2.09 2~5, 3#0 a 3-5 re is a gradual
031 +
formation of four, complexes UN 3 'U("47 U(N03)3 and U(NO3)4,
the stability constants for these being given by
Ki is (U(NO3&ij (i a 1, .2, 3 and 4)
[U`J(N03
The values of X determined by the spectrIphot;m*tric method
agreed with.those estimated,from the sorpt an P U 'IV) on ion-
given in Table 2,
~cj being,the molar extinction coefficisints* There are 4 figures
and 4 tablei*
SUBMITTED; September 2, 1961
bard 2/3

!j 'If ~ 1* 1 t I r, I I i -11 .j 1, 1 1 1 1 r IJP~ :M IMMI M 1 11 .1 "I'll
GELIMAN., A.D.; KROT., N.H.; YERMOIA7EVp N.Pe
Bow data on the preparation and properties of complex uranium (IV)
nitrates. Zhur.neorg.WLtm. 7 no.9.-2034,2044 8 162. (HIM 15:9)
1. Institut fizicheskoy khimii AN SSSR.
(Uranyl nitrate)

.............. . ..
KROTP U.N.; YEM40UYEV,, N,P.; GELIMN,. 4J.
Bahavior of ethylenedlaminetetftacetic ac-id' U~acla;solutions and
its reaction with uranium (IV). Zhur.nsorg.kbim. 7~no.9:2054-
2060 S 162, (14M 15:9)
1. Institut, fizichaskoy khimii AN SSSR.
(Acetic acid) (Uranium compounds)

S/02
9y62/144/003/018/030
B11 'B 101
AUTHORS: Gellman, A. Do, Krot, 9. Not and Yevmolayev, go Po
TITLE: Production and properties of complex nitrate compounds of
quadrivalent uranium
PERIODICAL: Akademiya nauk SSSR. Dokladyt vo 144, no. 3, 1962, 562-564
;TEXT: U4-k nitrate complexes were produced in perchloric acid - nitric
acid mixtures and hydrochloric acid - nitric acid mixtures of different
concentrations. Small amounts of aromatic amines wore added to stabilize
the quadrivalent- form of uranium. The resulting compounds were investigated
by spectrophotometry and ion exchange. With 1190 3 contents up to 3 It in the
3+ 2+ +
initial mixture, UN03 P U(NO 3)2 , U(NO 3)3 , and U(NO 3),~ are mainly
formed. The stability constants of the complexes increase with the ion
intensity. They are 1-58, 1.48, o.96, 0.35 with the ion intensity 2.0, an4
2.29, 2,,95, 2.62, 1.51 with the ion intensity 3.5, in that order. With
more t1han 3 N HNO in the initial mixture, the iou~tqblo 12- is formed.
3 3)6
Card 1/2.

3/020J62/144/003/018/030-
Production and properties of.... B119/3101
The ualts which thie formed with Ca+q Rb +I K +j NE4+I ZA 2+ M8 2+
pyridinium ion, aminopyridinium ion, quinolinium, ion, and a, a'--
- dipyridylium ion were isolated. The crystalline compounds are colored
dark-green to green-gray. They are soluble in water and in dilute ENOV
~u (110 ) " 2- decoi%posing into 110 - and one of the above-ment i9ned lower
3 61 3
complex forma. '"'he solubility of the salts decreases with increasing
ion radius of the cation. They are insoluble in benzene, chloroform, and
carbon tetrachloride. The salts of K, 11g, and Zn are*soluble in diethyl
ether. When stored in soiid state, the salts decompose gradually owing to
inturamolecular oxidation of U4+. There is 1 table.
ASSOCIATPION; Ingititut fizicheskoy khimii Akademii nauk SSSR (Institute
of Physical Chemistry of the Academy of Soiencte USSR)
PRESEITTED; Janua;y 22, 1962j by V, I. Spitain, Academician
SUBMITTED: January 10, 1962
Card 2/2

SHCFMRBINA, V.V.; NAUMOV, G.B.; MXAROVO YO.S.1 "MUNDVSKIyo V.I.;
~W A P. TAWWv L.S. I TOGAMMOTo A. L; RANJUKOTP
KOCRMT*;A4T,-; QWWWT# AJO;
ulealk
4"Ontial features of uranium gembeillstry)JOsmovp" cherty
pokbiall wwa. Pbd red. -O.P.Rnogradovs. Wookwat Ind-vo
AN SWR, 1963. 350 p. (NIVA 16slD)
1. Akademiya nauk SSSR. Inatitut gookhJull I analitlehookoy
Wall,
(Urwdva)

YMMLAYEV, N.P.; XROT, N.M.
. ......
Complex formation of urani= (IV) with stbVUwjdiAanetetra-
acetic acid.,Zhur. neorg. khim,, 8 no.3-10447-2i~60 N 163
. (MMA 17:1~

7,HIDIXOVA, A.P.; ZARINMY, V.A.
E'f Vcatte form of urani= transfer in aqueous soLltiona.
Cleckhimiia no.7:813-826 JI 16%
(MIRA 18:1a)
1, Inotitut gookhimii i analiticheskoy khlzil imeni V.I.
Vernadskogo AN SSSR, Mookvae Submitted December 7p IcU,

YERMQL=,,AL,- KOVALMO? G.S,; KROT9 N,N.; BLOKHIN, V.I.
".;-"4,ometrlc determination of naptunium by means of xylenol
Iwazige. Zhur. anal. khim. 20 no.12tl333-1340 165.
(RrRA 18:12)
1. Submitted Februarv 3,, IQ,64-

SMIFFOII-AIMIN, A.P.; KOVAIMKO, O.S.;,.YMIOIAYKVl N,P,j KROT, N.N.
Microvolumetric complexemetric method of defemLning mepturium.
Zhurs anal. khim. 21 no* 1976-78 166 WRA 19:1)

O'l
AUTHOR: Yermola-revp
TITLE: On some
protein
bion
3270
S/205/61/001/006/003/022
D268/D305
N.V
causes of the disturbance of desoxyribonucleo-
enzyme breakdown after general gamma-irradia-
PERIODICAL: 'Radiobiologiyap vd 1, no. 6, 1961p 834 - 837
TEXT: A number of changes were studied in the enzymic breakdown of
desoxyribon,ucleoproteintAHII(DNP), following irradiation, The meth-
ods used were the same as in the author's previous work (Ref. 1:
Radiobiologiyaq 1p 670, 1961).In studying the normal DITP enzyme
breakdownp the author has shown that the breakdown rate was inde.-
pendent of concentration (Ref. 2% Biokhimiya, 269 897p 1961). Fur-
ther experimental results at 6 and 24 hours after irradiation sho-
wed that with different optimum pH and 11 combinations DNP breakdown
was independent of the substrate concentration with the tissue ho-
mogenate diluted 4 and 6 timeso Incubated rabbit appendix tissue
homogenate ahowed an increased initial DNA contentq but this is not
Card 1/3

32741
8/205/61/001/006/003/022
On some causes of the disturbance ... D268/D305
believed to rotard DNP breakdown. DNP incubated in the absence of
the cytoplasmic part of the homogenate gave some indication of the
extent to which disturbances of the enzyme-substrate system and the
intracellular medium surrounding it participate in the retardation
of DNP breakdown 6 hours after irradiationo Breakdown at this time
was more intense than in the complete homogenate. Sincep however,
the absence of the cytoplasmic part contributed only slightly to
the retardation of breakdown, it was concluded that the fundamental
reason for it is connected with changes in the actual enzyme-sub-
strate system. Mathematical treatment of experimental data on the
DNP breakdown rate at pH 6.6 - 6.8 and p 0.016 wets also used to
assess changeB in breakdown. Comparison with the half-breakdown
time showed that DNP breakdown is already accelerated 1 hour after
irradiationj reaches its maximum at 3 hourep declines at 6 hoursi
and is slightly slower than normal at 24 hours, The decline at 6
hours may possibly be due to intermediate metabolites appearing in
the initial tissue as the result of cell destruction due to radia-
tion. The retardation of the rate of breakdown 6 and 24 hours after
irradiation is attributed to a reduction in the number of lymphocy--
Card 2/3

On some causes of the disturbance
8 / 2 OY2 36413
D268 D 0~001/006/003/022
tee as the normal source of DNP breakdown and the relative increa-
se in the reticuloendothelium. and mucosa cello, whose DNP is not
very susceptible to this type of breakdown. There are 4 figures,
3 tables and 2 Soviet-bloc references.
SUBMITTED: April 259 1961
Card 3/3

... .......... ..
14
L 09%-65 EPZs)-21W(O)IEPY(n)-219WA(d)IVWW(t)IW(b) Ps-4/Pt-l -4
UK_CT_P17W/JD RG . 'T
Accusiox ia: Apomoo 8/0128/64/000/011/0037/01)39 uIr
Ollstrov, A~
AIMIORs landerskLy, L. S. (Engineer); By*sttov, A. 001 siltyqy', N.
Coralikov,'_V. _D ; D8n1lo'j;_jg.&; DLvinnkty. Tu. L,; 1MM9AVUJU.AsJgnstnO*r);
loeyakov, V. M.; FfiffOraw. V. V. (Zngineer)
TITLZt Obtainiq high-grade castingsfrom -Mda"oium 't Iloys by filtering the
ox,
liquid matol
SOURM Utsynoye proixvodetvo, no. 11, 19641 37-39
TOM TAGSt magnesium alloy, magnesium best allay, foundry technology, allay cast-!
ing. metal filtration
IABSrRACr:; A method of*.obtaining high-gradis coatings from magnesium alloys by
fflteringjbe liquid metal was investigated. The effectiveness of filtering liquid
allay HU lig'd the effect of filtration an the chemical composition, mechanical
propert emINd stiticture of the alloy were determined. The investigations showed
T
that there are no flux and slag inclusions In'the fractures. The author c ncludes
that defects from flus"''Ind at&$ inclusions are reduced by a factor of 12-1;p and
final flow Is ndueed by a factor of 74. The optimlai ratio between the total area
of Srid Oplainge aed the total at". of the cross section of the risisrs should be no
i logo than 3116 The redosmaded hisight of the Utter is 60 0080~ Orlso Oto bast I
1'"/2. figurda add I table,
_7777'

WV/112-159-18-379931
Pranslation frobi: 11cferativnyy zhurnal, E'lektrotekhaika, 1959, Nr 113, p 14 (USSR)
AUTHORs
TMP.t Experimental Investigation of the Gas Tongue of Flame
PffffOMCALs Tr. Hosk. in-ta khim. mashinostr., 1958, Vol .16, Ur 2, pp 23- 36
AB3TRACTs The dependence of the size of the diffusion tongue of flame an the
physical properties of the fuel, conditional and atructural factors,
was Investigated. It is shovin that, If the density and vincosity of the
outflowing gas and that of the environment is nearly the same, the rel,-.ti'.0
leng-th of the leminar tongue of flame is a functlon of the compositit~n --f
the 15as-air mixture and the diffusion criterion of Pealet. It is stated
that the Gauahorn formula and others for the dotermInation of the length
of tlie-turbulent, tongue of flame were obtained as a result of a number of'
assunptions and therefore cannot be conn1derqd: its correot. The Kitayev
and Levehenko fuiviulac ave Inore exact than the proadodIng ones but can bt~
employed for cold gas only. A description of the test installation and
of the testing methods is given. It was established that the-length of
C(U,d 1/2. the d1roct-flow diffusion tongue of flame depends mainly on the diameter

Experimental Inveitigation of the Gas Tongue of Flame SM/112-59-18-37S&3
of the outlet section of the nozzle, on the consumption,'tomperature and prd3b-ure
of the gas In the nozzle.and on-the pressure, temperature and'oharaoterlstios of
en,vironmant. The dependence of -the relative length- of the torigue of flame- on- the
Reynolds-, Yroude -and..Peclct . criteria was. obtained. The 'qubintitative aoriftection betwoen
'these almllar crItei.-la wau obtained In -the fom- of two c1quationa! orte fail the 7!c!,.cu-..;
town gas, the other-.for~,propants,
A.A.D.
Card -2/2

YERWLAM., 0. N.jj Cand of Tech Sci - (dies) "Investigating -the Burning and Radiation
Characteristics of a Diffimion Gas Torch,," Moscow,, 19% 16 lyp (*scow Institute
of Chemical Machine Building) CKL., 7-60, 108)

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t; 111 j ;I I I
U
r%

SOV/96-59-2- -1.0/18
AUTHORS: Phorin,, S.N., Doctor of Tecimical Saie=jez
Ytrmolayev, O.N., Engineer
TITLE: The Combustion and Radiation Charactoristi,;s of a
Turbulent Gas Flame (Kbarakteristiki goreni-ya i
radiatsii turbulentnogo gazovogo fak,)Ia)
1'ERIODICAL:Teploanergetika, 19594Nr 2. pp 57-62 (USSR)
ABSTRACT: Because of the increasing use of gas,fuel it is
important to have general formulae for determining the
flame length during the combustion of turbulent jets of
various gases and to know the radiatton characteristics
of bux-ning gas jetam. The characteristicas of a turbulent
gas flame are discussed; ccnditionS JLn general are
unstable and pulsating. A, combustion front, exists
inside the flame and a f ormula is g~iren for its length.
The rate of propagation of the flaW in a turbulent
flow of combustible gas is considerably higher than the
rate of flame propagation in laminar flow. fl6wever,
b-cause of the low stability of the flame f-ront, in
turbulent flow various kinds of ar'.1h,11icial stabillser
are required to retain the flame near the burners. On
Card 1/7 the basis of maes transfer theory a formula is derived

The Combusticn and Radiation Characteristics of a Tuxbulent Gas
Flame
for the length of the turbulent prebotabumUon zorie.
Finally an expression is ($iven for the ldngth of a
tuxbulent flame. With this general :n3lationship as a
basis special tests were made to obta:Ln a definite
folmiula for the 16ngth of a turbulent flame as a
fu.n(,-tion of various governing criteria. when burning
different gases. The experimental set-up used to study
the combustion of burning jets Qf gas is illustrated
diagrammatically in Fig 2. It inCludes, an arrangement
to preheat the gas to any requixed tempenature, a
nozzle box which can take nozzles cf uhe different
shapes and sizes illustrated -in Fig 3 and variou:3
devices.to Control and measiare the flow of gas, its
temperature and pressure'and radiation from the flame.
Various methods of measuring the flame lenguh were
examined and simple visual examination was found best.
A hydraulic level indicatcr, shown diagrammatically in
Fig 2, was devised to facilitate evaluation of the
Card 2/7 position of the tor, of the flame. The composition of

SOI!/96-59-2-10/18
The Combustion and Radiation Charaeterj, atlas 0,1- a fti-bulant; 'a'aj:
Pla-me
the Moscow Town gas used in the tests was no-f; strictly
Constant, which somewhat impaired the accuracy of the
xesults; the mean composition is given,, Altogether,
'23 series of tests were made on town. gats, 9 series on
propane and 4 series on hydrogen, making nearly 1000
individual tests in all. Each series of tests was made
with a particular nozzle diameter. The variables in
tests of a given series were gas consumption and
temperature. The nozzles were made from a number of
different materials and ranged in diameter from 2.0 to
10.1 mm. In calculating the diffu4ion criterion the
coefficient of kinematic viscosity was calculated for
the ambient air temperature and the coefficient of
molecular diffusion for the temperature of the gas on
leaving the nozzles. This was a bit arbitrary since
the temperature at which the processof molecular
mixing occurs in burning jets is considerably higher
than the initial gas temperature and is different in
different parts of the flame. As the obje-t of this
Card 3/7 investigation was only to obtain quantitative data about

V/9 0/18
The Combustion and Radiation Characteristics of a Tu:Cbulent Gas
Flame
the characteristics of turbulent flumes, b--irning gas of
given composition, the densities of the gas and air were
not considered in working out the test results. The
mathod of plotting the results that Yras used to
determine the influence of different criteria on the
length of the flame is explained and the experimental.
P:.~sults are then plotted in Fig 5 and. 6. Foimulae (4),
(15) and (6) are then given for the flame lenb7th of
town gas, propane and hydroWn respec.,.tiwly. Formulae
given by previous authors for flame lengtn are briefly
considered and,their limitations disc-usiqad; or-e makes
unjustifiable assumptions and another is valid only for
cold gas. However the present testp, showed that the
length of turbulent flames is much affeated by the
initial gas temperature.' Other things Ining equal,
increase in the gas temperatuxe shoi~tens the flame
]Awngth because the temperature has a marked effect on
the diffusion coefficient of the gas. Tbe initial
Card 4/7 diameter of the jet also has a very strong influence on

L'-D'OV/96--5 9-.2--10/18
The Combustion and Radiation Characteristic.-, of a 116,arbuleat Gas
Flaw
the length of the turbulent flame, the less the initial
diameter the less the length of the flame. The most
important feature of turbulent jets of burning gas in a
free oxidising medium is dif fuse after-burning of gas
clusters and it is this process that mainly governs the
length of the turbulent flames. Ttwe radiation
characteristics of a flame are then considered and
formula (8) is derived for the total radiation from the
i'lame. The extent to which part of this radiation may
be absorbed by the medium i=iediately surroLnding the
flame is then considered and suitable corrections are
given for the radiation formulae. In the tests the
radiation characteristics of the flameg were studied by
measuring the radiation at a fixed place on the
circumference of the flamed as shown in Fig 2. '2he
radiometer was placed in such a way as to record
3,adiation from the flame in a direction.perpendicular to
its axis, because this corresponds most olosely to
conditions of radiation from a flaroa to the lateral
Card 5n heating surfaces in furnaces, The results of local

I SOV/96-59-2-10/18
The Combustion and Radiation (;~,aracterizvics of a Tarb!.Lientu ilas
Flame
radiation measurements on flames of town gas and
p:copane-butane are plotted in Fig 7 in which the bold
line corresponds to formula (12). The formulae
previously derived to determine the lenk,,th of t' e 3
flames are applied to obtain formulae (13) and (14 for
t,he radiation characteristics asing~Vloscow City gas and
liquid gas respectively. Th6se characteristics can be
used to explain the influence of varioum factors on the
radiation from the flame, the most Imporbant of which is
the initial diameter of the -Jet and the theoretical
combustion tempei-ature of the gas. In actual furnace
conditions part of the radiation froirt the flame is
absorbed by combustion products but.the amount so
absorbed can be reduced by 1weping the flaine near to
the surfaces being heated. The objoct of the tests
described was to study flame characteristics in the
purest form without the complicationa tLat result from
Card 6/7 the influence of various corditions surrounding the

SOV/96-50-2-10/1-8
The Combuation and Radiation Characteristics of a Turbulent Gas
Flame
flame such as the arrangement, shape ancl size of
surrounding walls, their reflecting -and absorbing
properties and so on. There are 7 figw!es and
2 references of Which 1 is Soviet and 1 English.
ASSOCIATION: lAoskovskiy Institut MiiinicheBkogo Mashinostroyeniya
(16oscow institute of Chemical i5ngineering)
Card 7/7

11-UMILIJI~1141
TMSM, L.A.; TIRKOLAYNT. 0.T.
We are repairing equipment in lose time. Gldroiix. i lemokhis. prow.
8 no.6tl6-17 155. (NIAtA 9: 1)
1. Nachallulk spirtorogo tookha BIrym%Inmkogo gidrolisnogo savods
(for Trayster). 2.Glavvyy mokhanik sm" (for Yermolayev).

wwk preeMess of a pu4flcatlon station. *IdroUs. L
prcm. 16 so.2121-22 163, NIRA 166)
2e DirpsinskIT gidro2lorqy savod,
(Dirrima--Sewago--Pmrification)

YERaWiYE'l 1, VOIESNIKOVt A. (Roctov.na-Donu)
Cnce wro on competitloro nr usdical teams. Vc*n. zrjuri. "1l nc.Ij
24-2-5 Ja 165. (,M.LqA 19:2j
1. liachalln1k shtaba gra?,hdanskoy oborony Verkh-loetokogo rayona,
Simrdlovsk,

ZHUKOVA,, T.; SARANIN, K.; BICLYAYRVp I.; TYMBIUDO L.; :B.ERMOVA,, V.;
KHDIMDVO F.; TE.RMT-A]U , X-10 MDMGMV, A,; WTIKOV, Yevg.;
CHIENOTt Yu,,, starshiy n&uehnyy'*otr,; POLYAM*A, 14~, red.;
USTIMOVAp S.0 tekhn. rod.
[coin] Kukuruft. Moskval,, Moak. rabochiij, 1962,o " p.
I (KIPA 15:12)
1, Rsuchms sotril-iniki Nauchno-4maledovatellskogo instituta
sellskogo khosyaystva, tsentralInykh rayonov.ne6ernozemnoy
Iony (for &U except Chirkov, Polyakova Ustino4ft). 2. TSent-
mlnyy institut prognosov (for Chirkov).
(Com, (maize))

rroli'Dula, P. D.
6652 ~erviolayev, F. Ve kiakatyvaniye ploskIA rezbonakatTV'kh
plas'Lelco (Tekhnologiya i oborudovard~~e)s L., 1954 10" S. s Ul
1 L cliert. 21 sm (Vsesoyuz. 0-vo p-i rasprostraneni-yu polit. i
nauch. zraniy. -Leningr. dom nauch-tekhn. propnearby. Inform.-
tekhn. listoic ho. 113(b86) 3.8100 -'-;KZ 60K. Avt ukazan V
kontso telcsta (54-15531zh) 621.002.7
SO: E217MMIYA LO. 6, 1955

PUSS I BM )ITATM SOV/4437
'Yarmolarw# fttr WtAyevich
Obrabotka &w1emlyes deftlay Wlborar (Ptessworking of Instrumient Parts)
Leningradp Sladprongisp 1960* 100 p, Xrrata slip Inserted,
6.,200 copies printed.
Scientific Rd.: N.V. Zmehin; Zda: Ye, N. 8hwArak,-,Tech, Ed.: L.K. shishkova.
PURE: This book Is intended for technical personnel In the Insty rmm ut and
mhime 1ndutries.and for iawntors vith experience in the introduction of
pressitorking methods into the production of mLU-size instrument parts,
COV~s The book deals vitA the teehniqw,, equipsmint, and secessories for
production of h*21*v-shmmk rivets,, taper p1m., and shaped parts for instrments.
Parts with fine external,threed and thread-rolUng Use =de by pressworking
an included. 16thods for the rational utilization of constructions of equip-
ment now in use and being produced by Soviet industry us diectimsed. No per-
sonalities us imentioned, There an 16 referencest 15 Soviet and 1 Inglish.

.......... lip Jill 1 vnisill 1 lujillol F111111,11 d3MV. Jill
fill
f ;p
Zj
two
fit it

TIMOLAY17. P.2., inshenor.
Select Ing a @love for screening moist gravel &M sBand mixtures
by the dry method. (ftudy] UIZITWIDOMMU no*5:17"I 052.
(MIfv*s) I(NLU 7:11)

TiMIATM10 P.S., Inzhenero
was"m
ftapa of groovlnp In this arWhing plates, of jwv =ushers. Kekh.
strol., 12 no'3t2O-24 Wr 155; (XW SW
(Crua~lng machinery)

YRT- F.S.- 4Aahmnsr.
SelectIng pam"ters for vibratlon ullls wIth horlsontal ascIllation
of the unit. Stroi.i dor.ushinostr, 2. n0,3:21-25 Mr 157.
(PYRA 10:5)
(Killing whiwiy) -

YEICIIAMIF.33.0 Carad Tech Sci-(dirz) "~;tudy o,* the --rduc
d4 -nerform. ance of a mill for the rrindinr, of conctructionoi r..-t"e-
rialo." 117os, 1958. 9 pp (Vin of Ifighor _Educ_t~ian U11;3R. !..o~-i Ordc.~r of
Labor Red Banror Construction-Engine~jring Inat i.m V.V.Yuybys!iav), 150 cc-
Pion (111949-581123

HnIAM, P.-R" inzh.
IM
InvOstilPtiM F&ramotorm of Inertia vibrating screens,
Stroi. i.der. mshinestr. 4 no.1:28..30 ;a 15,!?. (KM 12: 1)
(Road =chinory.)

MWLAITV, P.S., kand.tekhn.nauk
Grouling of sands for building Iki cbmbor*d h7droulic classifiers.
Stroi. mat. 8 no.40-11 Ap 162. (=A 1538)
(Sand) (Separators (Maehims))

......... ....
MUMLAYEV M.0 kandtekhnnaukj NOUNOV.*,Volop Inobo
Nov osculating Sul for grinding, buildino aat.4vialm. Stroi.i
dor.:wah. 7 no,2.z26-30 F.. 1.62* (MM 1535)
(RUJAM9 Machinary)

VAMIAYEVII P..S.,, kand.tekhn.nauk,- ZAKHAROVA, T.As. inzh.
6viation of =ltiple-chauber bydraulic oiwro faw fractionaticn
of otuid. Stroi. i dor. mash* 8 no.5t22-25 My 163. (DaRk 1615)
. (aisimo),

YOMLAM', P.S.9 kand. tekhn, nauk
Inyestipting the mchanieal parwaotere of horlzoutal vibratirg
Irit.lies. TruAy VNIIStroidormash. 32t31-72 163.
Renate of InvenfAgating a multiple compextmut by&4aUic mum,
classifier. Ibid.02-116 163. (MIRA 17s6)
"I.,

XERMOLAYDIO ?,3,o kand, takhns nauk; ZAKHAROVAv TsA.q lzah,
-.1-- ......
Creation of automatio disohmrge arrangements on miltiple
compartment hydraulio elassifi,ers, Trudy VNIISti-oidormasho,
32173-91 163. (MIRA 17:6)

Lf~,mpir yvi,
P.S., kaAl. ~.ekhn, na-ak
tba
11 nc.11311'~-16 A 165~ (MIXRA LM6)

YERMOLAYEV, P.S.1 TSAVNIN, G.S.; NEKRYLOV. V.M.
Investigating torsional vibrations of the crankSjulft of an engine,
Avt.prom. 31 no.10:4,-7 0 165.
MRA :L8tlO)
I* TiSentraltnyy nauchno-leeledevatellaidy ordena ',,rudQvpgo
Krasnogo Znameni avtomobillnyy i avtomotorn" inalAtut i Moskovskly
avtozavod imeni Lik~Acheva.

YFMOLAYEVj, P.S.,q kand.tekbm.nauk
Parameters of the vibmticm of horizontal lW&-mallc Strol,
L dore =she 9 noo7s37-38 J2 164, (KMA 1813)
I pl~ - t

--.YMMAY09 P.T.; FMTOV, T.T.: ORCHMAKOV-, N.P.; SMANIM, L,Dv,
[1horeas, a" Instructions on labor for agricultural vqfters]
ftorilk postanov1sall I rasporlashmall pe trodi'dlim rabot-
Aik&r sell4wso khostaistva* Nodm, lad-vo K.*vo sel'skogo
kAos,, IBM, 1958. 252 p. (NIM- 12: 6)
1. Jhwsla (1917- X.S.F.S.Rj "vlaulye normirovenlys, trade
I sarabotnoy Olaty~,
JAgrimltural Uwe and legislation)

Y3WIAYMV, U.; KOVALET, M.
~-
Stores for snecimlty end propmrsd foods . Obshchestr. Dit. no.5;5-6
my 158. (Leningrad-Deliontessen) (MMA 11:4)

,As Lreviewerl.
KMKO, S.N. (author); YMOTATAYL-4-
Remiarks an S.KA&Uka's article OlarichfaW foods for public consumption with
vitamins to the basic task of practical vitminolo4.0 Top.pit. 12 no.4:78-
79 JI-Ag '53. i ()O.MA 6:10)
1. Glavnoys upravl*niye stolovykh, restoranov I kafe,, Leitingrad
(vitamins) (Notako, 6:11.)

I MUMD'o T.
Persistant vork, brings *XCOII*nt r*fultf- I Pfth,, dIPIO 6 no. 6:10-11
Jill 160. (zmlngmd-ylre doWtmnts) (NEIA 13:?)

-- 19MBNOXAMR-L-11A "of y A!~tosj~
tokhn.red, ~~L.OUROT, V.S., red.; ONOSMO, M.G..
(Yactory history room] Kablust istoril savods. Lentuerad.
Lenit"t, 1959. 28 p. (MIRA 13:10)
(Lealagred-AbIpbulldIM)

I Iffr3WIMINI [if I 111 11:1 lit I U.111AHIM 1110t1lill 9 11111 try 1111a ulilumumum imut i i mi niv mri 1 P iu, t-i 1. . . .. .. . .... .. . . .. .. .
MMOIAUV. V.,
Borehole drilling for pile found&tIonw. Xpv.neAIt,.tekh.. Stroi.i
mont. no.4:6 148. (KLRA 9;5)
(Boring)

YEMIDIAYEV V. and TERENIN, A.
Institute de Physique, Leningrad, U. R.S.S.
"Transfert Dlenergie Entre Niveaux De Triplets,"
paper submitted at 8th Annual Meeting of French Society of Phyisical Chemistry,
Paris, 27-30 May 154158.

YERMOLABVO V.
----------
Firing: brick with liquiA Awl. S*11.stroi. 16 W.2:11Y-18
1. StwmhLy inshener soveta Bashkirskoy assw3Viouoy
stroilalluoy arganizataii,
(Brickmadbg)

Li tv u
d t]v
n:~ -c lr)-u--~

;jU 139 - 58- 5
AUTHORS:Melik-Gaykazyan, 1. Ya. Td*wlayev, V. A.
TITLE: Preparation of Alkali-Halide Monocryotals; troat Saturated
Aqueous Solutions (Polucheniye shchelochno-galoidnykh mono-
kristallov iz peresyshchennykh vodnykbL rastvorov)
PERIODICAL: Izvestiya vysshilrb uchebnykh zavedeniy, fizika, 1958,
Nr' 5, pp, 141-143 (USSR)
ABSTRACT: The paper was presented at the Conferete-e of Higher
Education Establishments at Tomsk, February 1958 on Di-
electrics and Semiconductors. The paper deals with growth
of monocrystalB Of KC1. KBr and KI from saturated aqueous
solutions.- KI crystals were grown in a thermostatted room
by rotation of a crystal about the crystallizer axis and
about its own axis with simultaneous lowering of temperature.
This is known as the planetary method. Tgnperature was lowerel
first at the rate of 0.2 and later at 0.5 (; per 24 hours.
KI crystals of 40-50 g weight were grown in 10-15 days. The
i~! czyuLula grown on lowering of temperatxu7e from 35 to 3000
had octahedral form (Fig.1); those grown on lowering the tem-
perature from 40 to 3500 were octahedra with subordinate
cubic edges (Fig .2) and those between 45 auLd 40'C were cubo-
octahedra (Fig.3). KC1 was grown in crystallizers with
Card 1/3 individual heating. Each cryotallizer was hermetically sealed.
K01 and KBr grow very slowly from saturatod

SOV/139-58-5-30/35
Preparation of Alkali-Halide Monoorystals from Saturated Aqueous
Solutions
The crystals are in the form of octahedra (Fig.4) and are
transparent if small in size. By addition of about 0,02 mol.%
of lead chloride, KCl Crystals of up to 40 g weight were pro-
duced (Fig.5); such crystals took about 20 days to grow.
Transparent large crystals of KC1 were also obtained in the
presence of 0.04 mol.%.of zinc chloride (Ilig.6). Properties
of the crystals grown-from aqueous solutions were compared
with the properties of crystals grown by the Kyropoulos method
(Ref.2), The density mierohardnet3o R , hardness ob
tained on mutual polishing of the two typos of crystals,
Young's modulus E and a refractive indox u of the crystals
grown.from aqueous solutions and by the I~rropoulos method are
given in a table on p 142. The data listed in this table show
that mechanical properties of crystals grown from aqueous
solutions are somewhat better than the properties of crystals
prepared from melt (Kyropouloo method). Ackriowledgements are
Card 213

SOV/139-58-5-30/35
Preparation of Alkali"Halide Monocrystals from Sfturated Aqueous
Solutions
made -to Professor and Dr. A. A. Voroblyer for suggesting
this work. There are 6 figures, 1 tab16 and 3 references,
2 of iwhich are Soviet and 1 German.
ASSOGIATION: Tomakiy politekhnicheakiy institut Imeni S. M. Kirova
(To:aslc Folytechnical Institute ineni S. M. Kirov)
SUBMITTED; AP37il 179 1958.
Card 3/3

VAMOLAW V A
Morptiology of zircon or"Wa frCa Paleogene sed1ments In the
outskirts of the Tomsk mll. Zap. Vaos. min.ob-va 90 no.2:
246-252 161. (14M 14:9) . -
1. Kafedra mineralogii I kriatallografii Tomskolgo politokhnich-
eskogo inatituta. (Kemerovo *cvince-Zircon crystals)

MUMIAYEVp V.A.; XMININ., AM.
. Microlardness of natural sirconito (ZrSiO4) crystiLIB. rzv. vyv.
ucheb. zav.;.fiz. no.lt63-68 164, . - (MIRA 170)
19 Touskiy politekhnicheekly institut imid KIrOTIL*

P
BASHKAlrov? YPI71, qA#j.,..LYAFM~ II.A., HOZOVp N.A.
T C 'Almi,
f E 1. 0
Alm%in= highway bridge. Avt. dor. 27 no.'7&16-17 J3. 164.
(4MA A17,12',

--
Work In Moscow metallurgical plants becomes eader. Mokh. i
avtom. proizv. 18 no&U&46-50 N 164 (VIRA 18s2)
1. Direktor Moskovskogo metallurgicheskogo zavoeLa "Serp i molot".

BENDERSKIYI L.S.; BYSTROV, A.M.; VASIL'YEV, N.V.; GORELIKOV, V.D.-
DANIJkV, V.N.; DIVINSKIYI Yu.L.; YERMULAYEVO V.A.; WSIAROV, V.M.;
FEDOHOVP V.V.
Producing quality casting of magnesium alloys by means of
liquId metal filtration. Lit. proizv. no.lls37-39 X 164.
(MIRA 1818)

DIalIDOV, Box-is B-orlsovich; LITOVCMIKO, M.1kite Vasillye-vicli;
YL ;,pLAT- , qic-~;i PUITOPAT, SergL7
5~ -j' ~,~Kekseve
.
Pctentiallties in rall-Ing wil.l. operations] Rezeinvy prokat-
nogo proizvodstva. Mc)skvaj, MetallurgiAa. 1965. 95 1).
(MIRA -,S-.9)

I V. D.
Phosphorescence
Sensibilitized phosphorescence of organic molecules at low temptraturi-. Inter-molecular
transfer of energy of a triplet level. Dokl. Alf SSSR 85, No. 3, 1952.
Monthly 1"I j& Russi Accessions Library of Congress November'1952 Unclassified.

xv, V. 0.
"The Laryngostroboscopic Picture of Frofe9sional Fatigue among Singers", Vest.
Oto-rino-laringolo,, No* 1., 1949,9
Nbra,,CMir,, Otorhinolar7neclogys Yaroslavl State Med. Tn9t-j --cI949--

L ILI I.
AONNA-MTKOVA forAcm, V. 1. 117 ff, G.G.;
O.G.,
LIXUCHIW, A.G.;MWW, L.V'*; K.
Boris Sergesvich Preabrashenskii; 60th anniversary of birth. Vest.
otorinolar.. Roskya 14 no. 3:97-W0 NW-Jum 1952. (C= 22:4)
L Preabrashemakly to editor of Testak otI=rjLW=lAZiSXpjWU and
attached to the Therapeutic SanltwW Ai"InIptration for the Kremlin#
Is Active Member of the Aea&W of Nedical Selemeive USSR, Awarded
Order of Lenin In 1943. In Chairman of the Administration of the
All-UDIOASMIOV Of OtO1827AVIOCINt8o

URNOLLYNT. Y.O.;BORSHCHUSKAYA, Te.A.
AmpmmffAw"Wa mb-Y
Blectrocardiagraphic chamgoe In chronic tonsillitis, Foot. otorixwlar.,
Moskva 14 no.6:40-45 Nov-Doc 1952. (GUL 23:4)
1. Profneor for Termlarev; Candidate Medical folonces for Borshchov-
okay&. 2. Of the Department for 311mr, Throat, and No@* Diseases (Usd --
Prof. T. G. Yersolayev) of Leningrad Order of Ionia Institute for the
Advanced Traininig of Physician lwnl 5. k Kirov.

J~'X-A 0 Liv'~ (-~ 11, V ,.
BILTAYNTA, M.A., kandidat seditainakikh nank; YAMTAYV J'g&. professor, sayodu-
yushably; SA!%~A. professor. chlen-Irorrespondent Akademii neditainakikh
nank SSBR, vW"--GWu-xKa-hIy.
Tonsillitis and appeadicitle. Test,oto-rin. 15 na.4t52-56 JI-Ag 153.
(MMA 6:9)
1. Rafedra bolesnoy ukha, gor2& I. no@& lemingmdako4p ordwa Lenin& institut&
usoversheastvavantya vrachey (for TermobWev). 2. Ufadra Idiirurgii Lenin-
gradskogo ardems Lenina Instituta unovershoustvoyanlys,yrachey. 3. Akademiya
mdltst=kM ummk SUR (for Sammin). (Tonsils-Surgem) (Appendicitis)

TJMJ(OLAYBY TA.. rodaktarl PRIODWHOUff, 3.8o, rodaktorij ItMXX=GsD.14-9
='-ifa M.F, TIMM, Ta.S.,, rodaktor; AUUMAMOr, I.M., rodsktor;
IffnUff, L.T., rodaktor; GARM&M, ILI., tokbolelmookly rodaktor
[Diseasse of the pharyoz. laryoze ta-mm"Mes, reachie and esophagus
necessitating surgery; doctors' haodbook] Mdrurgichookle bolesnI
gletki, gortani, trakhol, bronkhov I plebohavada: rukovodstva Mo.
Ymchal. Pod red. T.G.Bruolaeva, B.S.Preebrashenskogo. D.M.Natenburgs,
i U.S.IsmAdva. Nookwag Goo. ind-va modi lit-rye 1954* $67 p*
(Woat-4morr) (mu ?t9)
(Respiratory orcus-Awcory)
(16ophogas-4ur"ry)

YnWtAYz-V,,1
TJRMOffAMff,T.Gp, professor
tiae of ioleep therapy Is otolaryWIaCt"I clInIcal :Pnwslco*
Test, olto-rin, 16 -no~30917-42 Mr-jo 1549 luaw. 7--7)
I* Is o4o-l"Ingolftich9skay kafedry ("v. prof., T.&I.Takwivew)
Loulagriaskago ordess Lodua instituta usavershe"ItVaVabirm.
thempoutla use$
*0torhibbiaimd. diij
(01MMAMINPONTO'
6ot*rbIxo1&ryWl,~dIs,i, ther" @loop)

MMOLiLTU, T.G.,professor.
wAsesses of the ear, threst# sad D040- A-Go LMdW3bev, Ravleved
by lF.Cl. lmlagv. ysgt. Oto-rin. 1$ no.1:76-79 iWIF 130(NEVA 9:6)
(OltakHMOLARYNGM,OGY) (LnNACMff, A.G.)

TEMIATIT, V,G..profemeor
""--~Com;ied
reflexive sloop In an otorbloolaryagolaigical clinic (with
momry in Ingliahl. Test. oto-rin. 19 no.l,.14-18 AL-F 157
(KLU 10: 4)
1. Is k1lalki bolesnar ukha. gorla I nos& (sav.-prof. T.G.
Termlegrev) Lentagradskogo Instituta usoverstienstvaranlys vrachey.
, ther. use
otorblaolarragol. fts) (Rw)
(01=190LARMOOWGIUL DIMASIS, tber.
sleep, Induced) (Rue) -

TEM"M. T.G., professor
Am-atto~t at an objective evalmatios of hemorrtoge during
t~'-Illfttoflr C~Ith mummury Is J~Cllshl. Teot.oto-rls. 19 no.2:
(maA io: 6)
Is kafedry bolosudy ukha, gorla I seem, (sm. Prof. T.G.
Yermlarew) Leniverads);ogo. last i tuta usevershonsWovenlys vracbey.
O"Sia
P0.00-P....4 099 90jocPiT* evaluation (Rue))
In tonallIectogro objective evalmation (Rue))

. IIMKCLANT, Vladimir Georgiyevich; NLSMIN. Boris Noiseyevich
.--
[Pirst aid In diseases of the ear# throat, nose, andesopbag"I
Skorsia pomoshrAl pri sabolevaullaft ukhs. gorls, noes I pishchs-
Yods. Leningrad# Nedgis, 1939. 210 p. (MIRA 13:8)
(of ) (71M AID N ULUM AIM =MY)

IAIKOVO Be-N.p 1wof. (Ku7bYsh*v); PETROV, Vol-P dOtBOnt (MO13kV&)J
., T.M.,, aspirant (Moskva); MMOIAUvk V.tGj prof.
FAVIERKO
(Igmingrad); ADO# A.D., prof.j VOFSIP X.Solp RWI, ;
=10WEV9 Met P"f- (Lonirgw~ ); KUPRIUKOVA It N.k. (Kazan');
FETRCVp G.I. (Keskra); DOLGOPOUXAj A.V. (Moskval; SWIAROVS P.P..,
prof.; BMCVSK:[Y, Z.Ye.., prof.; MINIKMKIY, ivof. (Chelyabinsk);
KWLICHONOKP I.P. (Irkutsk); TWIN, U.S. pmJ!. (Moskva);
MINIKOVSKU., A.Kh,j, prof. (Chelyabinsk); NIL1SHtUNp,T,N.,, doktor
med.nauk (Leningred)l TRUTNU,, VA., zasluzhezM7F deyvLtGll naukij,
prof:;(TSMWZHUN B.D., kand.med.nauk (Moskva); SOBOLI I.M.
P 11A.
prof Stavropol' I TURIK,, G.K. (Kaskia); FFERE , (MoBiva);
MAZOj, X.L.; POKRYVAL40VAj K,F.; PMKURUKOVp prof
ATNUSNAU) A,A., prof,.; GOLIDPARB, I *V*P prof., 1(jshovsi~;
FCRUBINMUYA., N.M. (Moskva); RUDSVP G.P., Opirs; VOLMOIT, I.Z.j
prof. (Sta3i--.3 ); DOROSHENKO.. 1.T., prof. (Kalinin);
UZUTELID, M.O., prof. (Leninjp~); SHUL1GAj A.1%. prote (Orenburg);
MIKHIJN,, Ye.G., prof.; TRETIYAROVA, Z.V. (Mookwa)j ldhNUYLCVJ YOONOP
Prof., (Mookva); DOROSHENKO, LT.# pmf. (Kalinin)j YERKOIAYEVA., V.G.J,
prof.
Speeches in the discuosion, Trudy goo, nauch O~ijqjjl* insto ukhay
gorla i nosa no.3.1:79-437,129-146,179-186,,233-248,3n-333 159.
(MM 15:6)
1. Chlen-korrespondent ANN SSSR (for Ado). 2* Dir6ktor Moskov-
skogo gosudarstvennogo instituta .ukhap gOrIA i UIDDR, (for Trutnev).

MMOLLYNY, V. G prof .
=A-*-
Oftsiolo&y of singing and prevention of diseases of the
sInM,r's thromt* by KeTeZlobln. Reviewed by T.G.Zrmolaev.
Vent.otorln. 21 noo3:98-99 mrje '59- (MIPA 12:9)
(THMAT--Q= A3C) HMIM) (ZLODIN, X*V.)

UULOV. K.L., prof.,Sanluzhenrwy dayRtell nai*l; YXRNOUISV* V-G*q prof.;
TWEIRAMUCT, V-P-o bLnil.med.mank
In memory of ftofossor Nikolal AUkm*rovlch hatiove Usts
otorins 21 now)II14-123 KpJ* 159. (Knh 22: 9)
(canuRnfe
Pautaw, Rikolal A. (Jks))

I
Ills M&AYVV, V.G., prof.
ItLectrocardiography in otorbinolaryxigologya Testocitorina 22
no*6tl3-M 160. (KIFA 1491)
le Is kafodry ushn*hp gorloyykh i noisoyykh bolsoxisy (sav. - prof*
V.G. YemolaM) laningradskogo ordona Lenlm InstitutA usover.-
sheneftoyaniya vnqbey imeni S*M* Xtrono
(oTaLARmAmi) (ILWTROCARMOGPAPR,')

TERHOLAYEVO-1. G..A~of.
Degreo of bleeding during tonvillectomq and its omparison with
the mat widely spread Indices of a coagulogranq, Veet. otorin.
no.2:jW-46 062. (MIPA 1532)
1. Iz kafedry otorinolaringologii (sav. - prof. V. G. Yeruolayev)
Icningradakogo ordena Ianina inaUtuta umorvershenstvowmiya vrachey
iment, S. M. Kirova.
(BIDOD-00AGULATION) (MMUGE)
(TONSILS-SURGERY)

YMMUY37s T.G.j prof.
diseases and the degree of blooding during tonsti-
leatcq)r. Vbstotorine no~4171-75 162a (min 16 -*3)
1. Is kafedry bolesmay ukhag gorla i nosa (save - prof* T. G.
Temolayew) ladagradokogo ordens. Lenims. instituta usaver-
shemstwowanlya vrachey imeni, S.M. Xtrova.
(TONSILS-DISLUM)

-- AW FA, " prof,; NUICES, B.M. " prof6
nrit ald ln diseas" of the ems, throatt aW nueo Med-
sestra 21 no.24049 7 962* (IGRA 15:3)
(FMST AID IN ILLMS AS IIK=T)
( MIARIMCIM)

VOZNESENSKIY, A.N., prof.; VOLIFKOVICH, M.I., prof.; GESHELIN, A.I.,
prof'. [deceased]; GORDYSHEVSKUt T.I., prof.-
_VA,prof.; ZARITSKIY, L.A., prof KM' Ra , FTO'f
A. LIKIIACHEV, A.G., zeal. deyatell neuki prof,; FROSKUIZAKDV,
SWLIGA, A.O., prof.; NEYMAW, LV,., prof., red.;
SHCIMBATOV, I.I., prof., red. doma; TIKHOMIROVA, G.I.p
red,,; PREOBRAZHENSKIYI Yu.B., red.; CHULKOV, I.F., tekbn.red.
[multivolume manual on otorhinolaryngology) Mmogoto-amoe ruko-
vodstvo po otorinolaringologii. Otv. red. A.G.Likhachav. Mo-
skva, Medgiz. Vol.4. (Diseases of the upper respiratory
tract] Zabolevaniia verkhnikh tkhatellzWkh putei. Red. toma
L.V,Nei=o i i.I.Sbcberbatov. 1963. 518 p. (MM 17:3)
1. Chlen-korrespondent AMR SWR (for Likbachev).

YERHOIAYLIV S, V.G.
IrcOgularities Occurring during the induction heating of
variable wall thickness pipes Trudy Giprotsveinetobrabotka
no.24:210-222 165. (MIIIA 18t11)

12M ,
SOV/127-59-3-5/22
AUTHOR: Yermolayev, V.I. and Filippovj S.F., Engineers
TITLE: The Remote Control of Electric Locomotives in
Places Where Trolleys are Loaded and Unloaded
(Distantsionnoye upr4vleniye elelttrovozami v
mestakh pogruzki i razgrulzki sostavov..)
PERIODICAL: Gornyy zhurnal, 19599 Nr 3, pp 19-24 (USSR)
ABSTRACT: The Konstruktorskoye byuro Tsvetmetavtomatika
(Design*Office Tsvetmetavtomatika) developed a
system for the remote control of electric locomo-
tives in mines. Reverse "forward" and "backward"
contactors are switched on alteriiately into a power
circuit,(figure 1) according to -the "ordered" move-
ment of the locomotive. The "Stop" order is exe-
cuted by switching off the previodsly isolated zone
of the contact cable from the contact circuit. The
system was developed for electric locomotives ?KR
and 10 KR.It work;.on voltages from 135 to 300 v and
Card 112 at not less thaii:. '.000 ohm resistance of the insulat-

$OV/127-59-3-5/22
The Remote Control of Electric Locomotives in Places Where Trolleys
are Loaded and Unloaded.
ion of the contact cable, A detailed description
of the system is given. It was tried out under
industrial conditions in the Degtyarka copper mine,
and in 1958 was put into normal exploitation. The
Nallchik Plant Tsvetmetpribor is organizing the
serial production of the equipment, There is 1
scheme and 2 Soviet references.
ASSOCIATION: (Tsvetmetavtomatika) Moscow.
Card 2/2