SCIENTIFIC ABSTRACT ZAGULYAYEVA, A.I. - ZAGVAZDINA, YE.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963420012-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ZAGJLTAYMVAA A.I., nauchM7 sotrudnik; SHUTAYZT, T.N.
Rapid methoa for mnufacturing laathar from wbals okin,
Kozh.-obuv.p.~om. no.12:7-9 D 159- (MIRK 130)
1.* TiAookeanskiy nauchno-lusledovatellskly InstItut Morskogo
rybnogo khossyayst,,ra i oksanografil (for Zaggulysyeva).
(iffials) (Leather)

/x
USSR/Pharmcalogyp Toxicology. Chemotherapeutical Prepetrations
Abs Jaur Ref Zhur - Biol.., No 5) :1958., No 23454
Author
last Sw;,a ~#Medical InstLtute
Title SinotoWein Thess:py of Typhoid Children
Orig Pub 2r..Saratovsko mad. ~'.U-tai 1957, 91 253-261
Abstract No abstract
Wd 1/1

,_WULTATIVA., O.A., aseletent
gargical, disess-es In middle and old age as indicated by records of
the stirgical clinic (if thit Ishevsk Medical Institute and the city
Medical 1xperts' Comiselon on Workers' Disability. Tml:r Ishev,gos.
med.1net. 13:85-87 151. (MIRA 13:2)
1. Tin faknIltetako7 kh1ragichoskor-tUatki Ishovskoro twiditsinstogo
inatituta. Zaveduyunh3hly kliniko7 prof. 9.A. Flitirov.

V4 izA
~~- v 7
to ..... *0460"
r. AL aw~ a 06 a I
-7.== yt~ eg~ motemme-I 0

t IL K""66" IL 5 pw"wq
04"14" *W"
= 0*400""m oaowft.
.00,,ettsio (,." ~ 4- *-4 4
(50~ 00 OMM
r. a seee. c bw--^
VA IL Kr-"...* A. IL W..w
14--sm- ~ prmft ovp~ puma
I-er-et-ee -noem emumm 0 Pw le4`4`

(c 10 At 16 om)

ILA

q-= vown L IL Tvj."
eteM 1.040-07 6
line to"" 0
40.
10 .. 4-00- to-as a oo4q"404 -rm

It %w ftobe`4""" allege" at
d"o~ Up
al"Wo
wit, ka"'Wum
&is Jiml.

ZAGULYAYEV-A, ,,,V,.A.
Lunar.tidal fluctuations of the minlm= effective heights of the
F2 layer. Geomag. i aer.- 3 no.6.-1132-113,4 , N-P 163. OURA l6tl2)
1. Institut-zemnogo magneti=a, lonoofery i rasprostraneidya
radiovoln AN SSSR.

ZAG ULYAYEVA, V.A.
Idwa tidal variations of critAal frequencies of the E-layews,
Geomage I aer, 3 n0-4:766-701 JTI-jIp, t63, (MMA 16:13.)
1. Institut zemnogo ugnt)tJ.zwp ionoofery I. r"prostxazeniya
radiovoln AN SSSR.

30941
s/mOo/ooo/oi7/oll/012
E032/Z114
AUTHORt Z:AgulYaYeva' V.A.
TITLE: Lunar tide oscillations in,tht. ionosphere
SOURCEs Akademiya nauk SSSR, Institut zemnogo magnetlzma,
ionbafery i rasprostranoniya radiovoln. Trudy, no.17(27').
Moscow, 1960. Rasprostraneniyo rad-4ovoln i ionosfera.
282-286
TEXTt The present author reports re;sults of calcula-,~ions of
lunar tide changes in the ionosphere, The calculationa are based
on experimental results-obtained in vertical sounding at four
Soviet ionospheric stations (Ashkhabad, Moscow, Tomsk, Irkutsk).
Diurnal effects were excluded by calculating the difference between
,the observed values and the monthly median value for the same hour.
In this way curvea were obtained for the lunar variations afOF2
6h'F2 for each lunar phase. The resulting curves were
subjected to harmonic analysis and the amplitudes and phames of
the first four harmonics ware determinod. The numerice.1 results.
obtained are summarised in graphs and tables. Comparizon with the
results obtalned by R.A. Duncan (Ref.21 Austral.J.Phys.., V.9, N it
Card 1/2

30941
Lunar tide oscillations in the S/57o/6o/ooo/o;I7/011/0l,"
E032/Ellk
12,11956) showed that the phases of.1unar tide oiseillations are
approximately the same at all intermediate-latitude stations in
the northern and southern hemispheres. The amplitude of the tidek,
decreases with increasing latitude. However, further stu.dies are
necessary in order to confirm these conclusions reliably.
There are 6 figures, 4 tablesAnd 3.non-Soviet-bloc references.
The English language references read as follawas
Ref-1; D#F. Martyr. Proc. Roy. Soc., v.194, 425, 1948.
Ref.2: R.A. Duncan, Austral. Jo Phyt.,-V.9, N-1, 112* 1956.
Ref.3:,D.F, Martyn, Proc. Roy. Soc., v.189, 241, 1947.
Card 2/2

ZAGMMNOTAO 2.11.
A,cooleratiou of clawallutiou of food pro4u*to of aala4 orl4lu In
dotermination d areaula. CC., tanit, Kasku no, 1141 Jai 1953,
(Om Z492)
1. lowblio Dmrsom of Forensio Ksdialm Gartifloatiom of ths Ministry
of Pmblio Re"th lazah SUR,

ABRAMONO Kh6I.9inzh.;- DMITFdiSVA,, Ye.R. I I&OMORMi-A-If J. inst.;
Kww"t T.Vt.insh.; WRAHMVP V.A.0 ingh.;STSIPIOI yea.tinzh.
freohnological layc?!;tx -for equlpplng-adne-shafts,-of--AWng-----
ente'rprisas,with solid concrete supports]-Takhnologichaskie
ekhemy soorusheniia shakhtnykh stvolov gomykh pmdprilstli
a betonnoi monolitnol, krepliu. Moskva. Pt.l. (Using KS-3
pneumatic loaders In shaft sinking] Frokhodka stvolov a prime-
nenism pnevmogruzchIkovKS-3. 1962. 34 1. (HIIJ. 16 j 6)
1. TSentralInyy nauchno-iseledow%tallakiy.1 proyaktno-
---konatruktorakiy-Institut podzemnogo-i shakhtnogo-stroittilletva.
(Kine timbering-Equipment end supplies)

ZAGUMENNYY, A.I.
--fControung Balinization in irrigated lands] Bor*ba s
9 0 -mih~emjth ~- - - -It.
68 lentem-0 Kazakhakoe-anui- - - -- -- -
isd-vo 1962. 69 pe (MIRA 16c4r
(irrigation farming)

PISHKIN, B.A. (Pyshkin, B.A.], oty.red.; ARISTOVSKIY# T.T. [Ariti-eDvalkyi. T.T.),
doktor takhnonaukq red.;; GUZOT. 14.Z. (Husov, M.Z.], laind.takhn.
nauk, red.; ZAGUIMMT, O.G. (Zahmmannyl. 0.11.1. red.; MENOTSMA,
O.R. (PLachkbrof red. itd-ve; KMIOXHIM. 1.D., tekhn.red.
(Calculation of seepage through hydraulic structures; collection of
scientific works] Filltrataiini rozrakhunky gidrotaklmichaykh
sporud; sbirnyk nail ovykh prate'* Kylv, 1959* 161 pe
(NMA 13:2)
1. Akndemiia nauk MzR, Kiev. Rada po v"channilu prodi~ctyvnykh
syl URM. 2. Chlan-korespondent AN MM, golove Komisli po
problemi komplakenogo vikoristannyo vodnikh ream-siv UtSR RPS
AN URSR-(for PIehkIn)#-
(Hydraulic anginearin&-Tables, calculations, eta.)

ZAGUMNNYYt V.G.
V.1vanov's expedition into the heart of AAska. Iwv. All .13M.
Ser. geog. no.3:97-102 Ce 163, INIRA 1618)
(Alaska-i~49sian exploration)
4

ZACtIJI-IVI!-,'Ylj V,j In-he
Translat'Ur wts-~,ing F-4314. FaAllc~ n~).-11-143-' ' ~~, A
I ,, -, ;, A-.)
k -

ZAaUKMM, T.
-oat$ of collective farmerso ftv,.kras.krout 4 rto.1:6-7
In the into_
A-Ur 154. (MA ":4)
(Kediclas, Rural),

-Activists in rural hygiene,- I%Vd. V akush. no.7135-3741-054.--
(HYGUM
*Rmssla, rural areas, sanitary activity)

Mtl!W 0
UOMSIIM~#-. A
24 USSR (600)
4. Drainage
7-6 Using a temporary drainage system in putting *&line fallove back into,produation.
Xhlopkoyodstvo no, 121 1952,,
9~ Monthl List of Russian Accessions, Library of Congress, ARTil --1953, Uncl.

ZAOVh'St;%YY* A. T.
IlReclamation Works on Soloncbak-TyM Fallow Lnnds In Golodnaya Step.* Mn. C~Jltave
USSR, Tashkent Inst. of Engineers or Trrif.,Fstlon aml Yxichmlzatlon of Agr1culturn
(T111WON, Tashkent, 1954. (Dissertation for the in Tecbn~ca'A,-
SO: Kni7hnaya Letopis', No. 22, 1955, pp 93-105

ZAGUHINHYY A T (Yaroslavl')
larthwork during the wLater._ Stroi *_pred. neft.prom. I-no.16!20-21
to- -- - I - I - -- ~ - - (KI&A. 9:9)
i1arthwork-Cold weather conditions)

AUTHORS: Filippenko S.V. and Zagurnyy S.I. (Engineers).
TITLE : Automatic butt-welding araer - a - layer of flux - 01! pipes from
150-to 425 mm diameter. (Avtomatiches-t*aya svarl:a pod slayem
flyusa 3tykov trub diametrom ot 150 do 425 =a.) 114-T-10/14
PERIODICAL: "Snergomashinostroyeniye" (Power Machinery Construction)
-1M, No-7, Vol-31 pp.J1-32. (U.S.S.R.)
AB.13TRACT :Automatic welding under a layer of flux lute; radically
altered the working conditions of welders and has made it poss-
ible to organise flow production of welded parts. The new
method has become widely used in many branches of' industry includ-
ing boiler making. Automatic welding under a laycr of flux is
widely used in the Podollsk Kagneeiring works imeni
Ordzhonikidze. For a long time particular parts including small
diameter tubes were welded by hand. However, an automatic
welding procedure has been developed and at the present time all
annular butt joints on chambers, straight tubes arid other parts
from 150 to 425 mm diameter of low carbon steel are Welded
automatically. In developing the construction of the welding
head the feed mechanism of semi-automatic device flUA.-5 was
taken as a basis. The equipment has a device for straightening
the electrode wire, a mechanism for moving the motith piece with
the welding wire to the right and left of the axic of the weld,
and a mechanism for controlling the feed of the electrode wire.
1/3 The equipment is controlled by a number of push-tuttons. The

Automatic. butt-welding under a layer of flux of pipes from 150 to
425 mm diameter. (Cont.) U4-T-10/IL4
method of shaping'the ehda of pipes for butt-welding I's illustrated
In Fig.l. The -butt-joints are assembled and tacked dcmin by %elding
in three or four places. The assembled butt Joints eire careful.ly
cleaned particularly at the places of tacking down and are then
delivered to the automatic welding installation. Tho.method ol!
making the welded joints is described. As the weld &ata wider near
the top the mouthpiece and welding wire rock further across the axis
of the weld. The weld, when complete, lines up smoothly with ,;he
parent metal. The conditions of automatic welding of annular Joints,
the brand of ateel,pipe size and comparative data fo:c hand and
automatic welding are given in Table 1. The flux is recovered for
further use. The mechanical teats applied to welded joints made on
theautomatic equipment are given in Table 2. It is -.oncluded,that
it is obviously advisable to make the welding of pipes and other
parts automatic. The main advantages of automatic welding over
hand is that the quality of the welding is much better and the
.output_cf the welders Is incroaaed three or fourfold. There io
2/3 no need to employ very highly qualified welders. Automatic

I Automatic butt-welding under a layer of flux of 1 14 rom 150
to 425 mm diameter. (Cont.) &9~7!1015A
. I welding gives an economy of electric power, and electrode wire
3/3 and improves the working conditions of the welders.
There are four figures and two tables. There are no literature!
references.
AVAILABLE:

PANOVt IN.; RITONINOVO V.N.; SOKOLOVp D.D.; ZAGUIWI
CIMEPNINp S.V.; OBYDMIIIYY, P.T*; KC90mr, A.S., red.;
KOMIZOV, A.S., red. izd-va; KMiOKHI F.M.# tekbn. red.
[Provisional- technical --specifications -for planning landswiping
-operations ]Vrememye - 'ekhniche akie usloviia na-procktirovimie
rabot po ozelonaniiu. 'Jtverzhdeny prikazom po Ministerstiru
kommunallnogo khoziaistva RSFSR No,233 ot 20 oktiabria 1961,
Izd-vo F-va kormun.khoz.I'SFMj 1962. 147 P. (MA 15:8)
1. Goaudaratvenriyy institut po proyektirovaniyu komunallnogo
stroitelletvas
(Landccape cardenina)

IN t
r ma
KO,".WVSKAYA, L.S.; FADEYEVAO T.N.; ZAGURALfSKAYA, L.H.
aoili, isvi, 80 All &';SP no.12t Sor bdlcil--Mad. nudc
no.)t50-56 164. k, Y,."1 6
1. Institut lesa i drevesirry Sibirskogo otclelewlyn
Krasnoyarsk.

---ZIJRKOVj nauk, zasluthennYT-deyatell reuki i takhMTH
RSFSR; TIOGLIMOV, Yu.V., dot-sent. kand. tekhn. nauk; Y."ELERSFly. S.1.,
kand. takhn. nauk.; KONDPliTENUD, V.P.; TIFIRFIVIDOV, A.F. , dot-sent;
1. " gormyy Inzh.j RJACHITS-10
gorriv 1riFh. v T, M~:W ks. 0.
. Y I p
gornyy inf;h.;;,7XW.WS_V4
hnih
go myy tek
Concerning the book~by N.V. Fellnikov and L 'N. Marehenko "Energy
.-of the blAst and construction of the charge". Ugol' 39 no.10:62-
63 0 164. (FIRA 17:12)
1. Ilachallnik kombinata ChelyabinAugolt (for Konchlatenk-0).
2. G-lavnyy inzh. Magnitogor~skogo rudniYA (for Tikh(modov).
3. Permskiy politekhnichoskiy institut (for Ruda&. Korlmmov).
4. Beramikovski-y sodov~7 zavad (for Fachitakilkh, iAguraysv).

Pam a'
SOV 1'"58-3-14/15
AUTHORSz Gerasimenko, N.I. and Zagurnyy, S.I.
TITLEj Tests of "AITF-5" FILux in Automatic Weldirlg Of
Steel" (Ispytaniya flyu3a AITF-5 pri avtamatjchc-skcy sva---kO
staii IX109T)
PERIODICALt Avtomaticheakaya svarka, 1958, Nr 3, pp 00-92 (USSR)
ABSTRACT:I The Insti*ute of Ele -c-tric Welding iseni Ye,0.-Paton devl-
loped a newl fused, oxygenless IIANF-5" flux ol the foilow-
ing chemical COMPOSitiont 75 to 6G~o CaF^; 17 ts 25%
sio2 maximum; 0.05% $ maximum; 0.02% P maxim-.)r,. The
technological properties of this flux were tested in 1956
at the welding laboratory of the Podollsk MachinebullldintD-
Plant im-eni Ordzhonikidze. Teats were carrIc!d out on
IXl8N9T-steel plates of 1000 x 150 x 10 I= of the foll',,lij~,E;
chemical compositiono; 0-07% C; 19-507fo Cr; 9-56% ITI;
9n; 0.0% S-.1; 0.401/1. Ti; 0-034~ 9 and 0.012% ?. The ar-;icIe
eives detailed data on the composition of vir.~Lding
seam metal, and the technology of the welding proceso.
Tests have shown that the seam welded with "AITF-5" "u7
have a hien resintance against cracka and corro3iori and
Card 1/2 satisfactory mechanical propertie3.

'T I I A
SOV
Tests of "ANF-5" Flux in Automatic 77elding of "IX181,19TI-WItee-111
'There are 4 tables and 1 Soviet reference.
ASSOCIATION: Podol I skiy zavod 4---eni S. Ord-zhonikidze (Podc-d'34. Plan.
imeni S. Ordzhonikidze)
SUBMITTEDs February 13, 1957
l.- Welding-fluxes--Test results -2.-Welding fluxea-Materia-b-,
Card 2/2

State of nurserifte in the R.S,,F.S.11. Trudy Bot.inst.Ser.6 no.7:
429-431 159. OWU 1314)
---I, OnsudarntvenVy -respublikanskiy - inatitut -pr6ynktirovmd,y4
komiminallnogo strottel'stva. MOskva.
(Ifurearies (Horticulture))

ZN;
ZAGT mov, Go
Caoe--of broncholithiasts.- Suvres.-med., SofiA 8 nOO.'100-103 1957,
1, Iz -natologonnatomichnoto otdolenie na M-,ruzhnata bolnites - gr.
Xhaskovo (Gl lelmr: d-r N. Petev)
MIONCiI, calculi.
caae report (Bul))

ZAGUROV, G.
Rare carainomatoun lqxocYstomtogis of the liver, Suvress. zed. , Sof Ia.
8 no,9:79-82 1957--
1" Iz Patolo-g-oanatomichnoto otdalenie na Okruzhneta bolnitsa - Mzskovo.
(CARCINOMA COLWID, case reports
bile dnot, with myxoc7stomatosis of liver & peritoneum-
(LIM, cysts
myxocystomatoeis, with colloid carcinoma of bile duct &
mVxocyatomtos1s of peritoneum)
(BIL3 LUCTS, neoplasms
colloid carcinoma with myxoeystomatosis of liver & peritoneum)
(PZRITCUM, c7sts
mvx0cystomatosis. with colloid cArcinoat of bile dmote &
n7xocyatomatosis of liver)

ZAGURDV, G.
Heart- -tuberculosis# -case. rep"t, -Bunem, mod*, Sof 1& 8 U0.22SI22-225
1957.
I* Iz.0kruxhnata bolnitan-gr, Wskovo_(GI, Iska:
(TUBMUU)SIG* CWIDIOVASCUURO case rqwrt
(3u1))

Wdffunlcular nVelosis in chronic rheumt ism. Suvrga. nod., Safla
9 no.6:98-99 1958.
le Is Patologoanatomichnoto otdolenia pri Mmishnate. bolnitea v gr.
Rhaskovo. (Gl. lekar: It. Petev)',
(GPI" CORD, dies
funicular myelosis in chronic rheum., case report (Bml))
(RMWMTISK, compl,
funicular myelosis in chronic rheum., case report (Ihl))

I UTZ
7A~I( nISK'fy V A,; Z~,L TSMIN L.G CIERNAYA, SLVI, C-IIAYKOV,3'K!Y, Yu.B.
A.
The A',-16 and AG-18 ejeCt--Op_ja4l,rg lines. Avtom.. I pr-b. no;,2~
6-~,-69 Ap-"Ip- 165. 011RA 18:7*';

kand. tekhna. nauk
MachiningtWeaded parts on lath-es.- Phshinostroitell na.1001
0 1630

--ZAGUILIKI ~Zsgcrski,- -ZbW.ow -Pawf%)); -M,- Vloizinergh C"ey,
WIodsimierz/
An irradiation utit for. t~e Investigation of samples t7 phys'ical
or physicochemical methods in the gami radiation field. Nukleonika
5 no.4-.219-226 160. 1~1
1. -Inatitut yaderny'kh lssledovawiy PAIN, Varshaval Laborstoriya
radiatsionnoy khimii.

7AWT'.'7K7Yj F. 1.
USSH/ lcine-_ Infectious: -Di-sea4es -oct- 50
"Usterellosis ir-Svine," ff. 1. zapxskly.. A. S
Pogorelko, Veterlaarians Nezhin Inter-Rayon Vet
Bacteriol Inst',, Chernigovsk Oblast
~".Veterinariya" No 10, pp 26-28
Observed serious outbreak of listerellosis toward
end of Jan 49. Eescribes clinicaJ canifestations,
pathol and anat changes, diagnosis cmd gen eti,31
of the disease ir.detail.
186T93

----------- -
rotrd )./A
'Z, I
Titin lnlr~,
-.rj Tc; n 9,55
P(triodica t
Ab7afraot- r, r t c, turn rf. I k7,thc- i p c. a c r c- %- f t i
t Ition.
t 1;,:A

ZAOURS1IT, V.I.
-'i
-Cutting machine assetbly for making gTooves. Sellkhozmasthina no.2:
30 F '57. (W.RA 10: 4)
(metal clitting)

Y
AUTHOR: 49agurskiy, V.I., Engineer 117-3-4/28
TITLE! Machining Ctlindrical Bodies Without Cutting (Obrabotka tel
vrashcheniya bez snyatiya struzhki)
PERIODICAL: Mashinostroitell, 1958, # 3. P 10-13 (USSR)
ABSTRACT: The article contains general information availabl,a on existing
methods of forming screw thread, gears, and spline shafts by
rolling.
There are 6 figures Rnd 7 Russian, 2 English, and I German
reference.
AVAILABLEi Library of Congress
Card 1/1

ZAGMLSCIT9 V.1', lnzh,'
-Maumay-im-r-uttivC extemiLl -threads with-colt -"ening-d hea4s.--
Trakt. L ary.11kho.zrash. no.:).-36-4b Kr '58. OCERL 1195)
Mrew-cuttivc machlues)

Inoreasing the strength of cutting tools vhIch are used for w1d
fastenings. Trakt, I ael,411owAsh. 31 40.1tApo A 11,610
(Metal-cutting tools) (HERA Uti)

ZAGURSKIYV V.I.
AutommUd thmad cutting,_ _Trakt,, i isellkhommob, .11 n0.34"7 1'r 161,
(KRA 1413)
(Sorew otting)

ZAGURSKIY V I k d.takhn.nauk
I I Active control in machlning bushUgs. Ketahinont-raltall nos8t5
Ag 162. (MRA 15M
(Mtal cutting)

ZAGUESKIT,-V.I.,'Imnd.tekhn.niLuk
Grinding helical surraces-vith an unequal pitch# MuWmtroenle
no.6s16-19 N-D 162. (]URN L6s2)
I. flauchno-Inslodovatellsidy Institut tekhnologti me ohiw-
stroyeniya Rostovoko o6veta narodnoo) khosysystis*
fooriMing and politihing)

ZAGURSKIY, V.I., kMd.tekhn-uauk; PAVLTUCHEEKO, OeLe,
High-41peed machining of taper keys* KMbinfttrOitell
no.U:3/+ N 162. (MMA 15:12)
(Keys and keyways (Steelwork))
(ftruing)

ZAGMKIT, V.I., kand.tokhn.nauk
Machining ophorical surfaces with cutting -~oola faving rectilinear
cutting edges. Mashinostxoenia no.l,.27-31 Ja~F 162, (MIlk 15;2)
1. Rostcrvokiy zavod sel'skokhozyaystve=ogo maBhinostroyenl3ni.
(14atal dutting) .

S/117/62/00q/008/0(12/005
1007/12007
AUTHO' Rs ZS9UV`SkiY-r-AA-XkL_.!Land1d&te of Technical Solenceti.
TITLE t Orerntiorni (:-joqfo-,:J- Jt4r,'#qO
MIODICALI Mashinostrottell, no. 8# 1962, 5
-----TEXT i --The paper -oontains-a detailed. - description ot-th"a -difft rent
devices designed to ensure automatic operational control and ahacking, of
dimensions during machining., in order to reduce idling time of machlrea durim;
measuring operations, the quwrtity of rejections,, "d the number of operators.
The first device ensures greater accuracy of dimensions compared with thwt
obtained with athor similar attachments. The second device c4mbinss sutomatin
control of dimensions with selactfon of the pr6per position of the ccapenents
for any subsequent operation. The third device ensures autometio and, periodlool.
control of dimensions after a certain number of part)@ have left the cons of
6chining. There are 3 figures.
card 2/1

ZAGURSKIYj V.I. -_ - -
__ - __ - - __ - - _ - Madmization of the- manufacture -of -fastening Wtv, Hauhivostmite'll - -_
no.12t.-10-11 D161. (MIRA 1/-"))
-Wachine tools--Technological Irnovations) .

ZACPJRSYM V itali Ivanoyicbi_ROMVMKOO M.A., inzh,, retisonzent;
V-~-~~IKI~FORGVA~~
', 4 Q~ TzS.., red.; GORNOSTAYPOLISKAYAO M.S.,
telcbn..red.
-threadad-fantenings] Avtotatizirovan--
noe proizvodstvo reztbovykh krepezhnykh detalei. Moskva,, ItGchgizp
1962. 120 p. NIRA 15:5)
(Fastenings) (Autornation)
~'yX

S/12-1/611/000/004/004/0011
DOWD113
AUTHOR: Zagurskiy, _V.I.
TITLEa A substantiation of the isotopic method of wear reat.stance
determination for cutting tools
PERI-ODICALt Stanki i instrument, no- 41 1961, 25-26
111EXT: The essence of the method is discussed with reforonoos to several
Soviet and AnGlish-lanbruage publicationot and Ito application is advocated
in vievi of its speed and possible wear moasuromentn on toolo cuch as milling
cutters., taps, or breaches. The author proves by reasoning and calculation
that the well-known empirical cutting theory formula of relation between
speed (v) and tool durability (T)
V (2)
- Tm
also has a physical sense, and that the results of the isotop~ic and geo-
metrical methods are identical, the radioactivity (A) of the wear products
Ca~vd 1/4

S/121/61/000/1)04/004/OOL'
A substantiation of the isotopic method .... D040/DI13
being proportional to their masst
kA (7)
k Ic tao i3roportionality factor thrit dapoalc ort tho apaOSIrt radio-
activil,y of-tha-tool and on the-characteristic of tho counter), A f ormult.
is deduced for the case of definite radioactivity of the tool-mataL and,
constant counter charaoteristict
Ig A _ lgv tg 0(' (8)
t
(where t is time, and 4:01- the incl-ine angle-in Fig-3)t and a graph plottel
in logarithmic coordinates (Fig-3). The tangent of the angle cG is - -
eb (where m is the relative durability factor in formula (2)), and tg m.,
i1 1 give /A- which is inverse to m. The author points out tha.t tAe method
is a moans of speedy determination of econonically most advantageous wear
rosiztance of tools at certain solected cutting speed using tho NIBTLIT
Car& 2/4

_~, Ii I I k;
3/121/~l 010041004M)13
A substantiation of the isotopic method .... D040/D113
formulat Tad, sp a. 8 mine (if))
Qr op + %aoh j
___t Op- is---time - in-minutea- required f or -replaaamont - an&.s9t-_up_ ol - Uol
during its durability- periodl - - 3 i- -the- cost- in kopecks- of - the -tool-une
during same period;. -a op the basic and additional operator's earnings per
minute in kopecks; a mach the cost of machine operation per minute in
kopecks-)# There are 3 figures and 7 referenoess 4 Soviet and 3 non-floviet-
bloo. The two references to Engl ish- language publications, in Radsism trans-
literation, read as followst Gukt Meg "Machinery" (London)t no.80 (22.!6)
1956p p 245-2401 Radioactive indioatorog."Airoraft Produotion"p no* 3.71, (5%
15155P--_'~P 170-175-
Card 3/4

s/i ie/6o/doo/o 1 -1/001/014
A161/AJ33
AUTHORt Zagurskiyq V.I., Candidd~~ of Teohnioal Sofenoem
TITLE: Overall meohanization in the produetion of threadood fasteners
PERIODICAL: Mekhanizatsiya i avtomatizatsiya proizvodstva, no. 11,1960,
1-5
-TE(Ts A general review is made of the development in tho USSR since
1951. There are now many automatio lines producing sorewo, bolts and nuts,
and their major units are cold heading and thread rolling machines. rhe
economio advantages of thread rolling are stressed. The review is ao3ompa-
nied by brief desoriptions of automatio lines at some USSR platits. A lit-to
at the "Roo tool I mash" plant (Fig.1) consists of a post with coil. Q~,% cold
upsetting automatic (2), a trimming machine (3), a tumbling drun k4), a
thread rolling automatio (5) with flat threading dies, and an witicorro8ive-
treatment set (6). Bolts are conveyed from machine to maohine by chutes
(7), inclined conveyers (8), loading hoppers (9) and an elevator (10), and
ready bolts travel by the chute (11) into the box (12). The line is ororked
by one operator and one setter. The hoppers of th4 trimming anel rolling
Card 1/8

a FnF6,fwo g
_S/I 18/60/000/011/001/(114
Overall mechanization in the production A161/A133
machines are of'blade type, produced as individual units with own drive.
One line replaces 20 meni At the ZIL Plant$ bolts are stamped without metal
waste on a two-stroke automatic Maohinej and an automatio line consists of
two meohines only - a cold heading, and a thread rolling machine. At tho
"Kras'naya Etna", a line (inatalled-under supervision of A.A.Preobrazheinskiy)
produoea bolts with ball head and square underhoad (Fig.2); it oonsists of
a post W, a two-stroke cold upsetting automatic (2), a washing maohJ.no (3),
an annealing aat (4) with induction heater (5), a water tub (6)# and e. thr--ad
rolling machine (7), all connected with flexible apron conveyers (8) end
chutes (9). The use of four-stroke or five-stroke combination machines
(instead of two-stroke machines) is mentioned as promising in giving Ligh
effects; thread rolling machines working with two rollers instead of I'lat
dies are mentioned (are used foi high-strength bolts). Special*or precision
bolts are produced by cutting; such lines are placed either in apeoiM. mecha-
nical shops# or in shops producing the equipment in which the bolts are used,
One such line (Fig-3) at the "Serp i Molot" plant in ZharIkov inoludee an
automatic four-spindle lathe (1), machines for rou h countersinking M$
drilling and milling (3),-finish-oounterainkirig (41 and a heat-treatment
Card 2/8

3/118/60/C00/011/001/c14
Overall meohanizatiwa in the production A161/A133
hopper (5) three pneumatic lifts (6), an elevator (7)i-ohutes (8) and
hoppers (91 oonneot the machines into line. At many plants the chain ele-
vators and conveyers with metallic buckets used in the beginning are t*ing
roplaced by moro dependable and convenient transportation means requiring
no pits and permitting installation of the machines at'an angle'.to one ano-
ther ~hioh facilitates the work of operators) instead of in one straieht
line. Ono such line at "Krasn~ya Etna" In shown in diagram (Fig.4). It J.9
recommended to replace the cumbersome chain conveyers by other types - not.
conveyers with angle iron bars, rake conveyers, vibrationalf worn typel tc
reduce down-time in lines by proper choice of material# the use of-sinter64
carbide tools, loading hoppers between the machines. The advantages of
multi-station bolt automatics are stressed - high productivity an& little
occupied floor space. A typical automatic line producing stanlard m6-M24
nuts usually consists of one 5-position nut-upsetting automatic and three
thread cutting machines, working with curved taps, at a rate of 50-100 nuti3
a miaute (down time not considered). In production of large bolts and nutil
separate operations are performed in horizontal forging machines with auto-
matic blank food-by gripal sp*oial nuts heading machines. At soine lax-go --
planto electric heading automatics are fitted with built-in elsotrio heating,
Card 3/8

IVI 1 6J601000101 1/001/014
Overall mechanization in the production ... A161/AI33
The Speoial Design Bureau of the Odessa Sovnarkhoz has developed a ve:t-tioal
mul ti-~szindle'nut- threading automatic -that can- ciat 20-36 mm thralli di!Lmirier
nuts At a rate of 500 per hour. Some machines include hardness -tests b:r
high-speed hydraulic hardness meters with a 10 mm ball. Bolts a:r-e moveit
under the ball on a disc, and 1,200 bolts can be tested p~r'shif-t. Tite
AvtomobilInyy zavod imiLikhacheva (Automobile Plant im. Likhacho-v-) hait :?ro..
duation c 'ounters on cold heading and multi-spindle automatic la-.hes. K.)oui;
one thousand automatic lines and multi-position jaachines have to be pkLt :Lnl;o
service in the USSR during the current Seven-Year Plan. There a:t,e 4 Cilpiroe
and 1 table.
Card 4/8

il If: Nla'.SNP~1~~41 a I kmpm ~ k; ANT NO 111-74SW~liv If U,500zil W

M~M4iPIIRT Ego .V4,0- nwaf~M!23 M Im 7 Eff 'A IMM
t
S/11 60/000/011/001/014
overall mechanizatiorf in the production A161YA13!
P 1 2

0*1&--and -h6t-- for*- roUlac of--cear.-Whe~18 ---jbl3hin*6tZOlte" nO.12:
--29-30--D-

PHASE I BOOK EXPLOITATION SOV/5187
Zagurskiy, Vitally Ivanovlch-
--.Progressivnyye-sposoby obrabotki rezlby-(Advanced nireaeurig Methods)
Moscow, 14ashgiz, 1960. 163 P. 11,000 copies printed.
Reviewer: A.,V,. Rabotin, Engineerj Ed.: S. P. Shabashov, Candidate
of Technical Sciences; Tech. Ed.t N. A. Dugina; ExecutIve Ed. of
Ural-Siberian Department (Mashgiz): A. V. Kaletina, Engineer.
PURPOSE: This book is intended for designers and procefis engineers.
COVERAGE: The author reviewe existing threading mel;hodis and descrikee
the processes, machines, tools, and automating devices used In
each method. Data are advanced concerning thread ac--!uracy and
the areas of application pertinent to each method. ':Ipeclal em-
phasis is given to a consideration of the eoonomic el'fectiveneas
of the various threading methods and recommendatLons are made
with,regard to the choice of the most suitable of thase methods.
The works of E. L Felldshteyn, A. P. Gubin, M. 1. Bttsov, and
Cdrd-17/-6

Advanced Threading Methods
SOV/5187
M. I. Plearevokly are mentioned as having been used by the author.
There are 149 references, all Soviet.
TABLE OF CONTENTS:
Foreword
Introduction
PART ONE. THREAD CUTTINO
Ch.-I... Thread Cutting With Slngle-Point Toole and Chaserv C1
Universal thread-cutting methods with single-point tools
and chasers 10
Partial automation of thread cutting with a elngle-poInt
tool 19
Multiple-thread cutting and automation of indexing of eitarts 25
Automation of threading on universal machines 27
Automatic thread-cutting attachments for automatle and auto-
matic-turret lathes 31
CardZ2/Cr..

sh i7/60/oo)/Ol?_/bio/bP:)
AX4/001
AUrHOR:
TITLE: Cold and Hot Rolling of Gears
PERIODICAL: Mashinostroitell, 1960, No. 12, pp. 29-30
TEXT: Comparing thread-cutting and thread rolling operations, the author
points out that in the former process 15% of the metal-iij removedin 'the form of
chips, while thread rolling makes it possible to increase the efflcil!ncy of ge&--
working processes by 15 - 20 times. The loss of metal wJth Vie lat*b~r process
amounts only to 3 - 4%. Thread rolling of small-module teethi'up to .1mm) is
generally effected by the cold method., while hot rolling or c:mbined hot and cold
rolling is used for cylindrical gears with modules in tho raAKe of :~ - 10 mm and
conical gears of up -,,-o 4.5 mm. Moreover, the author points ait tha7. thread roll-
ing of gears with modules up to 1 nm is generally carried out by the thrufeed
method (with longitudinal feed of the workpiece), while ateel gears with modules
over I mm are rolled by the infeed method (with radial f-Ded of the rolling die.s)
Gears with a surface finish of the 7th and 8th class according to rocr(GOST)
2789-51 can be obtained if rolling dies with polished working surfaoo are ured
Card 1/4

S /_1 171601000/0 12/010/022
Cold and Hot Rolling of Gears A004,/AOO1
and attention is paid that the axes of revolution of alL then are strictly
parallel to the direction of the oarvlogo feed. The ra,lial wobbling of the goal,
rim including the eccentricity relative to the fitting hole j%nd the noncircular:1 'ty
of shape of the initial teeth periphery will be within the range of :he 3rd or
even the 2nd class of precision according to GOST 1643-46. It was finmd that the
larger the angle between the gear axis and the directicn, of the tee-.1i line, the
lower the stress taken up by the rolling tool and the higher the quality of Vne
rolled teeth. The author recommends, In order to incrfiase -.he unifonmity of th,-
efficiency of the rolling process, to roll sImultaneou.,jly two or thr-~e blanks on
a common mandrel. It was found that by the Infeed method on machine.5 with two
dies three gears 0with a module of 1.25 mm with an anglo of inclinati,,,n of' the
teeth line of 77 are rolled within 15 seconds. Takir% int3 account the auxiliarjr
time, the productivity per hour amounted to 150 parts. Gears with 515 teeth of the
name rijodule are mtLohine withirk 35 flooonds, whilo tho m%ehining time ror goarn with
24 teeth is 20 seconds. The author mentions another cold-rolling process of gear4
developed in the USA and called Roto-Flow (roto-flo), gerierally used for the
rolling of skew and straight gears on the ends of long shatts and sinilar compo-
nentu. In the Soviet Union hot-roll-ing mils designed by TxNIITMASh, ENIMS,
Kharlkovskiy traktornyy zavod (Kharfkov Tractor Plant) and Ryazanskiy stanico-
Card 2/ 4

Cold and Hot Rolling of Gears
stroitellnyy zalod (Ryazan' Machine Tool
Plant)are used. Flat blanks and blanks
with hybs are generally used. Flat '
blanks are rolled with longitudinal (m
4 mm) and radial (m - 4-10mm) feed, while
blanks with hubs are only rolled by the
Infeed method. Figure 2 shows the
kinematiq layout of a machine for the
rolling of teeth witha module of 6.5
10.5 nn.
I - blank; 2 - rolling dies; 3 - car-
riage; 4-electric motor; 5 - reducer;
6 - electric motor; 7 - spindle;
The radial feed magnitude of gear-rolling
dies depends on the module; for module
31 e. g., the feed amounts to 0.1 - 0.5
mm/sec., for module 4 it is 0.2 - 0.5 mm/
sec., etc. The Ryasan' Machine Tool
8,/1 1716010OD101210101022
PJ)04/AOOI
FIgurc 2:
Card 3/4

Cold and Hot Rolling of Gears
3/1i7/6o/w)/o12/biq/b:_>2
AOO4/AO01
Tlant has mastered the production of the QC -1, (03-1) gear-rolling machine for
mm. Such a
the manufacture of gears 40 250 mm In diameter with molules up to 5
machine replaces mo -re than _10-gear-cutting machines.--The piece-timo for-one part
amounts to 1.5 - 2 minutes only. The resistance to wear of hot-rol:,.cd gear teoth
is by 1.5 times higher -and the fatigue strength by 10 higher than the correspond-
Ing values of milled gears. The Khar'kov Tractor Plant used for tho first time a
combined method of hot and cold gear golling. This method reduces ';he machining
time of' gears by 5 times. Manufacturing costa for -gears 200 - 250 _n diameter
with modules of 5 mra were reduced by 20%. The mass production of goar3 by this
method warrants a high precision (of the 2nd olass for 9,Dt of the rolled gears),.
Bevel gears, the rolling of which was mastered between 1955-1958, are manufactured
with modules up to 4.5 mm and maximum diameters of 200 mm. It takes only 2
minutes to generate such teeth. There are 2 figures.
Card 4/4

ZAGURM IT kand. takhn* Mule
ll--Aut-omtion-IwAba-manufactur.8-
Over!!&
a,vtomeprolm 14 nciolltl-5 if 160, WILL 13: 11)
(Autowtion) (Bolts and Auto)

Vii. I Ul M ?14 A A I ML-9 i Lr5.ma It! R.: 1!"Z I [El VZ: ;.& a @U's At WVREW MMtM4, I il x W~2z
RABOTIN. A.T.. lnxh.. rotsenzentg
SHARA OV, S.P,. ksnd.tskhA.nauk, red,j WGIM, M.A,,
tekhn.roL
[Advanced methods for Oaping screw threadal ProgresaiiiWe
sposoby obrabotki rez4by. Moskva. Gos.nauchao-tekbn.lzd-,vo
mashinostroit.lit-ry# 1960o 163 p. (HIRA 14:2)
I (Screw cutting)

ZAG
Improving the manufacture of fastening parts. Hashinogtrcltelt
no.6:0-9 Ag 160. NIRA 13:9)
(Kachinery industry~-Technological innovations)
(Automatic control)

~% ; 1~ ~ j
x1y. poll 1~1 t~1'Fjlq-T~IVwTz'C_
ZAGURSKrY. 1. (disa)___" tudy -of-tic -process ofe,~mmurling-
-V --Pand Tech $oi z
of external I threads with Iongitudinal feeding*" No$, Tubl iah ing Fouse 6f the
Aced Soi USS_q i W-A, 4WO&MG),
1959. 22 pp (Aoad Sci USSR. Inst of 11schine, ~00
175 copies (KL, 43-59, 124)
-44-

-- - ~ q~. - ~ - -
~ I ATI . ~A, .1i I
11 -MUTI(O. Li- T.-I Lzazl)j;,,~' lyt A. V.# AQ11".011p .1. 11. and TO".T.33AYU, Zho 11.
~ "The Effect of Physical &ffort on the Dwk-Adaptation of the Eye", Fiziolog.
Zhurnal 33,9R, Vol. 16, 5th ed., 1933.

0 k"W&W-21,
M.-_bstance in-tin-a ra~eptr~:- neu-rn
g-D 164.
c.6.-741-743
"IMA 18:8)
votn,,I~h Hvi3tovokogo univorsiteta.

KOGAII, A.B.;
Relationship between ribonucleic acid dynamics mad elect,rtcal.
-activity of the. single - gtretcl- neuron ofthe-crayffish trius--~le
during excitation and inhibition. Zhur. evol. bitAhim. i Tiziol.
I nd.1:59-66 Ja-F 165. (14111A L8:6)
--------l,,--KELfedra -f izic)logil-chelovoka-i-zhivcLtnykh- Rostovskogo--miver---------
siteta.

,?,A(,; Ij 0 Kit N)
t -zron of tl~e crayf~ sh
of rlbonu-rs-loic alid -',I recep cr fre
during excitation and ITauch.doklovyijohloly; biol.nauki
no.306-39 165. (MIRA ISO)
1, F-ekomendmvana 1-afctd,-o7 fiziologii chelovel,:a :L :,.hivotnykh
ltastovalcorya goaudarqvrennogo universitata6

riz Qru-'.-y Eaw 7xizlk A7
I _Y1 110-fi.
L opartmnt of Hum= atil Ani=1 Ph3miolagiri Rostov State Univardity (Kafedra
r
TITIRt RMA dy_nmnAmn tri the rneaptor nalLror of tho e-rgh durDig 67oitation A-Twi air-pp4-Aff-'
Ei ion
SOMIMt Kauchilyys doklady Vyashey shkoly, Biologlehaski" noukit no- 3, 1965, ~6-390
TOPIC. TAGS:. RNA, neuron, slectrophydoloey
PtLy a i0
:1cs in a !;in-gle receptor neuron )f a crnb.
used to Invret;t1rate Rtl& dynw-,
An aluctric -.timtilus was ipolled in f1vo vpr1ant-q1 low-qtren~th, mediwn-
,,trcn,;th, ht!~h-rtrrnrth, repeated excitation, and suppression. With low-
astreri~,tli rticulation the muncles stretcbed 10-20% of their leligth. Bath 5
minum and 20-minute stimlation resulted in a modernte increise in t~ie
amount: of MA and tho. S17C of the, neuron body. 11tere was pral:1. teas'. I y no
cftarq~a In R14A cmcentrntiom, With n madluffi Ott"Au" the muac.'Aia stratchM
40-60',, of their length. Sieve was a considerable increase in the site of
the neurort body and the amunt of RMA, RNA concentration Was higher than
Na contral. %Ito atrong gtimmilus raiulted In n certalth M011~454 irt thO
In t'

V 2763!~-66
70
slzc c-f thm neuron body and it reduct-lon In INA Con a" trIstlone- Ilte aimunt
of RUA decreased In re-atimulated receptors, E~ccltation revultlnB In
leAd to a sh-arp rfa-- in- MA contant-rLit-ion* Tile siz'k of Out
mmurrm bndv tin-orp-Agod. Tine "Parift*rita show that changes can :Ake p-kca
1-1 l,'16 toLlil amount of RNA vitziout nny ean~riA;il. change In its concem -ratio,,.
Orig. art, hast 1 tablo. Z~Ftlj
SUB CON: 06 SUBM DATE 213MV64 CRIG RE, F 1 009 Call REFt 005
_Ccrd
EMT,
bra 11WIM ROPICT"Llm. ON Wl

P(A=19, Vladimir LIvovich; LMIIMTS, A.M.. red.; TARPA1310VSxx*r. ip.L.,
red.; KURA-MYA, UoTaot tekhn.red,
(Randbook of 1 r rical -rathods, for solving algebraic aml
transcendental equations] Spravachnik po chislewqa antodam
reshenlia algebraichaskikh i tranateandentnfth urelvnenii.
Pod red. A.M.Lopshites. Koskva, Oon.lad-vo fiziko-vates.
lit-ri. 1960. 216 p. (IM 13:4)
(TIqwtIons--XuwrIca1 solutions)

Surfi-c-se whIch can be transferred into thezuelves by aff Ins
transform-tion. lsvp vy8v uchobv zav*; nst* no.2:96-103 '6o.
OUR4 13:7)
1. -Taroala-vokly podagogichesicly Inatitut in, X,D. Ushinoltogo.
(Surfacee)

160)
AUTHOR: _ 2agusk SOV/1-55-58-3-10/37
'
TITLEt on a Kind of Finsler Spaceean4 Motions in the Minkowski Space
(0b odnom vid,~ proatranetv FinglnrA i dvizhnniynkh v prom tra-it;tv-,
Minkovskogo)
PERIODICALs 11auchnyye doklady vysshey shkoly. Fiziko-matemcticheakiye nauki,
1958, 17r 3, pp 50-52 (USSR)
ABSTRACT:
,e_7 the geometry
According to the papers of V.V.Vagner fRef 1,'!
of Finsler spaces is investigated on the base of the Minkowski
geometry. The author formulates 14 theorems without proof, e.g.:
Theorem: In a rigid affine Finsler space the connection is
determined uniquely and it has a zero ourvaturc.
Theorem. A Berwald space (see Z-Ref 22) is an affine Finsler
space#
Theorem: The direct product of Berwald spaces Is a. Borwald space
again.
An affine FinBler space in a Finsler space In ihich all lw--al.
Card 1/2

On a Kind of Finsler Spaces and Motions in the SOVI 3-10/-17
Minkowski Space
Minkowski spaces are isometric. A Finsler space is rigid if at
least in one Minkowski tangenting space the rotation group is
finite.
There are 5 references, 2 of which are Soviet, 1 Aueric!an,
1 Swiss, and 1 German.
ASSOCIATIONtYaroslavskiy gosudarstvennyy pedagogicheskiy institut imen-t
X.D.Ushinalcogo (Yaroslavl' State Pedagogical Instil;ute imeni
K.D.'Ushinskiy)
SUBIAITTEDi April 15t 1958
Card 2/2

21AGUSKIN, V.L.
Solution of systems of linear equations by the izerati've
of-L.V.-Kantorovich and A.M. Lopehits,Vch, vap,_
IAr. go no.3/+s69-80 160. (MIRA 15,,
a. pod. inst. -9)
(Linear equations)

- -- -- - -- - -- --- - -- - -- -- ------
ZAGUSKINI_yt;~.; MOSKVITINA, I.I.
Convergenca of N.V.Paluver's method of polynomial factorization.
Dokl. na nauch. konf. 1 no.3:,68-?i 62. (MRA 16:8)
(Factors (Algebra))

I I, 51A.' I & I P_ Ff
UGUSKIN, V.L.
Sme Ixoblems in-Finsler-goomtry. Uch.-zap.--I&-- go$.-pod.
inst. no.34:83-110 1.60* (KIRA 15.19)
(Gemetry, Differential)

ZAGUSKIN, V. L. Cand Phys-16ath Sci "Certain problems of Finsler's geometry*"
Saratov, 1961 (Suratov State Univ im N. 0. Cherriyshevskiy)e (KL, 1-61, 183)

notions in the HiOows"i.
One kiM of Finsloir P-nd m
-fir.-:--aA.nOLuki n0$3.'50-52 '3~%
Ilaucb. a0k, 'V378. vbkol-7:
OIIRA 12:?)
Tort),5jAvn'Cjy f.,wmj~ivctvt)nT%yy podMofriaheakly itmtitut, Lr,. K4D,
Uslhinskogo.
(Spaces, Generalized)

ZAGUSKIN. V.L.
, I.,
- _. __. - _. . -, - - .. Inscribed and alrotmearibed - ellipso Ids of attrame voluatf, 116P.Hat.
nauk 13 no.6:89-93 N-D 158, OURA 120: 2)
(Ellipsoid)

aguskin, V.L. SOV/42-13-6-SV33
AUTHORs
TITLEs On girc=Sc wd Inscribed Ellipsoids of Extremal Volume
(Ob opisannykh i vpisannykh ellipsoidakh ekstremalltogo
ob"yema)
PERIODICkLt Uspekhi matematicheakikh nauk, 1958,V01 13,Nr 6,pp fig-93 (Ussf)
ABSTRACTs The author's results are surpassed by the paper of Denzer
rRef 11.
There are 6 references, 4 of which are German, 1 SvtLes and
1 American.
SUBMITTEDo JulY 4P 1957
Card 1/1

YM31jOVICHj V.A. (I(oskva); IEVW V.I. (Moskva); MARKHM, G. (Arazlma);
ONOFRASH, Ye. [OnofrasjEj (Yansys Rumyniya); RYBAKIDV, L.H.~~'Yaroslavll);
(Ma~hemtjcn-Probleme, emroinea, C".)

L 12741-63 AFFI-C IJP(C)
/f I a h -,I L
7ag 1,105cow)
gus kin, V. L. and Zharitonov k.
solutioiz o' the staMI-ity problem by iteration
-0,ev
,~aj Litel tn^-y mate:natild i ri, Atichwikoy fi,;Il L, v.
"is
!,)63, 36' 364
rsf, thn _qL-411i" ',-.I Of -dl f -
4-*7n-I, i~~Anri nn nn--= tl:-i r :~G
115~ UP-R-ML P~~
!V "APIA iP i"I't"U! Rim ! U I MM".

L 12741-63
L, partlcula-r of those allove to the L
smo 4i-,~...
J-1 5, 1962

L 00383-66
'2
CFm URf LP502. 69 UR/002cf/65/11; ~,'C*5/1 UY7/1109'
LAUTHORSt Zaguakin, T. La; Kondrashovg T#
"at -"Mdua ion via - ga. 100 OqUatIbUff--ty
-7
~iaolated regions
-AN -BSM Doklad---, v. 163- no -5 -1965- MT-IM9
t F
QPI
'T C -TAGSt - beat conduablont gam dynaml car AL"aren-cet -nquation-r b=vl-ry cvmnditm-mr~
stabilitf oriterion,
-A BqTR ACT!, The solu-ticAim off the hea-t 4onduat4on *-nA- 8--sL dyna-m-Leas eqtuvl-' wing
diSference equations are discussed. The heat conduction equation is ir 7en by
J.
a -
if Z>O,
isubject to boundax7.ePv4itions
agk+ Pic Ndu I Ox (1, (r
74 (x_ av, .4-
au ar
A IF
iTheae equations Us written in difference form and the folloviric twt; Ilederjoari
itions are deriveA, for stability of the solution
8.1/h1 a2./h2 (c 0)
i Car" JA

ZAGUSKIN V L jx;~Skva); MAR110NOV A.V. (Hoskwa)
Interation method f or solving the stability equation. Zhur,
vych.mati mt.fUt --3 no.2,.361-364 ~ MrrAp -%3. --- - -- (KIM
(Algol (Computer program.language))

DOWINOT, L.S., Insh.; ZAGUSTIN, ~ S.N., insh,
Ilootrio furneem used for heating- pipes in fitting then NT
installation. Sudostroonle 24 no.8t69 Ag 058. (RDU 11:10)
(Blectric furnaces) (Kirine pipe fitting)

Tobacco Manufacture and Trade
RaisJiig the level of training,for r.-.echanics' corps. Tabak 13 no. 2, 052.
Monthly List o-f -Fussian Accessions. Libr=7 of Congress, June 1952.

M)/EWP(t)/ETI IJP(c) JD
AMIORSt Xurgnsonj_A. A.; Z W. am ad'a Ma Y. a , VT.
OR03 Turbine 'Eqdne Works (TurbomotorrW zavod)
TITLEt Multiple_AltELdin%of 1013/:fteel
-SOURGEt --Mota3-.l-oved.erdye-i-"rmicheskaya- obrabotka- Metallovs no* 4, 3.566,i--75-78
-TOPIC TAOSs chromium stedij, nitridations x ray photography,,, x: ray equiprent, awmiiap
phase composition/ lKh13 chromium steels RKD x: ray equipment,
AB3MACT: Specimens of lKhl3 steel were-nitrided-in industrial furnaces under tke-
following conditionst heating at 540C for 12 hrs; ammonia dissociation to 35A
heating at 540C for hB.hraj ammonia dissociation to 65%j cooling under Lruwaia,
stream to 200C; air cooling. This process was rel?eated. X-ray photogrz.,?hs were
taken with a RKD camera* In multiple nitriding of high-chrone fiteel, bhet surface
layers were decarbonized; iron nitrides reacted w;Lth atmospheric oxygen vid formed
iron oxides, Chrome steel which has been nitridod nine times contains irl)n oxides
-and nitrides -on the surface; pbAses containing clwomium are absent. excitasive and
repeated nitriding impairs the quality of the nitr,'Aed layer of high:f_~ro~se stools
Orig, art* hass 2 figures and 2 tablese
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