SCIENTIFIC ABSTRACT ZAUERKHAGENA, G.O. - ZAUTASHVILI, B.Z.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963920013-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


(Liquid metals)

-7
L 3h92-66 E. 4 T d arw* T m E F r- c 9 VT v T Ft T P k F 7, 4 P ( h ot i P 2 'JP(c Ev R;
ACCESSION UR: AT5022813 UR/3165/65/000/001/0046/0053
AWDIM Zauervalld. St
EngineerN
.,TlTiE,. -Investigation of a, U!#aqjc copying support operating at high servo
rates
-SOU ---Uktaine.tMtnLateristvo-v~astiogo i arednego alsetsiOlnogo ohrazovaniya.
Gidravlicheskiye mashiny L gidroprivad, no. 1, 1965. lasled"antye gidravliches-
I kilth ustroystv i sistem (Investigation of hydraulic devices and systems), 46-53
TOPIC TAGS: servomechaniam. tydraulic device servoninchutian eqtdpment
ABSTRACT: A new hydraulic copying support (Fig. I of the Enclosure) was developed
on the basis of earlier experiments (Zahor, VyzkLn vlastuosti prototypu h,rdrau-
licke kopircvaci jednotky pro soustruzeni nerotacnich traru, typ 1,KSV-2, VLK)SO,
Praga, 1959). Ite maximum theoretical sci-;o rate exceeds 20 frilm-in at an axial
loa,i up to 1000 dan. The results of theoretical and experimental analy,3eti ghow
Oiat t~e characteris tics of the -,;ystem described are considerably b-itor than
those of earlier Bystens. A comparison of Lite experimental data -rith Lhe resulto
publLshed elscizherc (Li_~~h' n -01't Isaledarvanive rabotayushchtkh na nPb-i'
_g~_g - ~ty
shikh skorostyalch alezheniya gidravitcheakikh kopiroval'-tykh atatem, Avtoreferst
Card 1/4
R~-

L "402-66
ACCESSION NR: AT5022813
dissertatsii, 3L~,,~963) leads to the conclusion that the double-edge servo
systems fed by two1 eparate pumps with constant oil intake show better accuracy
and rigidity characteristics titan those with a constailt (limited) pressure intake.
Orig. art. has: 7 figures and 6 formulas.
SUMITTEI).. 00 62 Sild CODII: !E
140 REF SOVi 004 OUIER! 004
Card 21h.

R&92~66
SSION AT5022813
FN
-16
Vol..
02
HicWSURE: 01
I Fig, 1. Theoretical diagrain of an experimental setup of a high-speed hydrdulic
I Card 3/4 Supports

7- 11 -1-
L 31492-66
ACCESSION Nrb, AT502281oll ENCLOSURE.-02
I mid 11 - cylinder cavities led h.v continuotia oil flow front pumping. stalon
(systent rated for maximum of 90 liter/ juin).

33546
~S/123/62/000/002/010/012
AOO4/A1O1
AUTHORS: Markowski, S., Zaufal, J.
TITLEt. The use of superfinish
PERIODICAL: Referativnyy zhurnal, Mashlnostroyenlye, no. 2, 1962, 118, abstract
2B671 ("Techn. motoryz.",1961, v. 11, no.' 4, 133-138, Polish)
TMr The dimensional, accuracy of components after superfinish attains
11A., while the surface finish is of the 12th - 14th class. Up to 90% of the..
machined surface tRkes-up the working loads in the assembly, which makes it
possible to use high specific pressures in joints with relative displacement of
the components. Tests revealed that, in comparison with ground shafts having
a surfan-finlah of H 0,75 and 0.5,Ui, a shaft subjetated to superfinish up to
Hsk 0,041A, takes ups~he loads increasing with timo muoh better, while its
heating is considerably lefs:3, The authors also emphauize the increased corrosion
resistance of superfinished,components. In ordinary grinding with specific
pressures exceeding 200 kg/cm2, the' heating of surface layers amounts to 700 -
1,5000C, which distorts the crystal structure to a depth of 1.5 - !~C. In super-
finish the specific pressure does not exceed 5 15 kg/cm2, while the surface
Card 1/2

33546
5112316216ooloo2lb101012
The use of superflnish AOOI;/AIOI
0
layer temperature amounts to 20 -,40 C and structural changes are observed at a
depth not exceeding 0.01/,L The recommended component speed is 2 - 100 m/min;
the number of,osaillating motions of the bar is 200 - 3.,'000 per minute at an
amplitude of I - 8 mm. The authors show the dependence.of.the abrasive proper-
ties of the bars on the cutti:ng conditions. The bars applied have a grain size
of from 5/k to 300. A graph Is presented showing the dependence of the hardness
of the bars being used on the hardness of the material being processed. For the
compilation of the graph, thelbar hard-ness was measured on the Rockwell device
at.60 kg load with a ball of 1/8 inch. A mixture of 80 - 90% kerosene and
.20 - 10% engine oil is used as cutting fluid. There are 16 figures and 8
references.

UVOMI IIIKOV, S.D.
Daia on anti-trichomona actian of Wrocarlbous of tho fatty series,
7ami tolm, 18 nool:38-40 Ja-V 155. (WBA 8:7)
1. lafedra farmakologil (nachallatkyrof. N.V.Lazarev) Voyenno-
morskoy maditsinskov abdamil,
(PETROIM PR(MUCTS, effacts,
alkanosi on exp"r. trloho~oniasle)
(TRICHOMONWIS# "parloiantall.
off, of alkates)

/V c, 4, /y-
VO

PAGE
71. IiJOU)C;rrAr, ALCTIM)"I 07 OF A!:D ACIDS AMD TILK17.1 COX-
r. V. . . . . . . . 437
7. . CrACA9AT1V? PATA V'- VC~' AcTn-j-'y OL*zD CT
T, A. . . . . . . . . . . % . . . . . . . . . . . . . . . .
73. T11", Afl;j 11!Al'~MWfU &, ICA T, ACM11 6Y VAIM E.Ia7,1., 0."
ACID. G, F. i"Awialut)a . . . . . . 03
74. TOXICIV AMP .1;0M lr-~X MODY 1W R M, ()F!I;vd CUAWOUN'Da.

. . . . . . . . . . . . . . . . . . . . . . . . 4?
75, YWXr OF mA,1.T,1f;;D.1 03 CO M, X1,103, K. K, 110411kom
Ct III . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . G3

76. -CON 0'
VUXKTI,~a AM) I.C-, Y AJ7UN 01; 110MULCUTAR
T. M, INk).4,1tullin Al,% V. H. 0111,CWT1 . . . . . . . . . . . . . . . . . . . . . 468
77. . U-W OF NWYO3 1-til 0-111111UNIMm, IARAVIN.3 IN ?0IMMS,
V, N. kikrItuvi . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47",
70. U,'X OF OrMUNOVIIII)ONX01is WO J?f TaY OF 1/,Y=;1T.';1A AM) FMZIIMI~W,

. . . . . . . . . . . . .
P".p"LI1123. V. V. R,,rnh,1;d;In . . . . . . .
478
79. TOXICOIM~t OF a-Z-Z=L--- ~11 ni~2,y . . . . . . . . . . . . . . 4PO

00. M ORr 3IT"i J;; PO='IVY
P.ORPEOWGICAL IN i':A: OR'!WiTM AYi -ANOPIU). .,~r
Z. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 485
al. rRVIEWM A7;D Trr---.UZ,'Z1C MON==- OF P2::rAyi-"f (rz.-nAria.T.4 joraw wmi w-o-,,jL-
MBE AIM K~". G. Chichir . . . . . . . . . . . . . . . .
; 430
82.
OF V-3130mV, BY 91,-U.I.IC 1INUXTICIDE3. K.A. Vy-itc
EMP11MV13 AND TfD-L%I't
83. W-CiMM-1 OF V- %CTION 07 M2,10AMN 171.

1. V. Z. an-1 L A. Sluimitnrva . . . . . . . . . . LQU
04. CUNICAL OMM AVON OF P-N-MOP1XVIL, DIDUl"YI11:03MIMTE 1.11 GlkUCCY.'A. V. 14. Yraf=vd. L03

05. 10 (D MIN31! CIAUCCJJA. Z. M.
DIT, -.,11101 - A NFU cauvi-mr) Ar 508
8G, SW;%Tj*ZrL OF MAMMA Irf CV-S-'0TT)3. G, T. TIminti'viya . . . . . . . . 512
117. ='ICrrY OF ORWONOVEOSP)MU1 CCa-WOMMS FM ANIMAU) VIT11 TVDTATXON 131UNPZ43.

A X flolvvl~-v . . . . . . . . . ;. . . . . . . . . . . . . . . . . . . . . .
' 515

00. .
,Mfttma~3 A3 ANT11VLDIATION BICKNU) T:V"VJ'tlnl 'XID rROPINIA071C
&
. AW,."I'M 11. A. LmitLmlifn a ril. . I . . I . . .;.,. I . i I .. I . I
113. M= OF OnGA,q0P1nk'F1!0,7J2 );M-M ON T,M'ATorjiYTTJ. J.D. li~kjnriavn aml Z.n. M1r,)uvh,,v& 524
Ifiloydilloniy, (ClWrdatry 011A Applicatien
or Orennol,110aphorwl CcL",-Ct-_,j3) t,. T~: Arbuzzov) rd. pubi. by kff 11, tLcDa. Licl .
Noaca-w
19-U 6;-,pp.
,
CoULocticn or CC:~.-Iote- pripovi jlmContad at tha 1959 nZen Cordbru'reo Cn ClizziLitry of
0rgp=phosphoi-,A CoLTotuiau.

77--, He Ym-o-, doktor med.nwlk, profel-Z"
MIKHELISOIT U OLINIKCV#'S.D.p doktor med.
hauk; RYBOLOVIEV# R.S.p kand.med.nauk
nGangliolyties; their pharmacolog7 and clinical use" lj7 F.P.
Denioenko R~viewed by M..TA 'Mikhellsonp S#D.ZaUgollhikovp R.S.
Ry~olovl;;. ?axm.i toks-. 23*no.3s274-275 Vfy~Je 160.
(MIRA -14:3)
(SYUATHOLITIGS) (DEMtfTKOt F.Fs)

ADWIOVA; MI., Icand. mod. mauk; ANICHKOV, S.V., prof.'; WILDI I KIY, M.L.;
prof.; VALIDE.All, A.Y., dolk-tor md. nmlk; NSM11 IWAI Z41o.9 kand,
FZ
md. nauk; VOCCRADGY, V.M*,, kand. red. nauk; G-l-. SJIAN'OVIGH~ H.L.
kand. med..naul:; GRIETSIVSKV, A.Cr.i prof.; C,011130VITSKEY, S.Ye.,
prof.; WEDMi
"KINA, M.A., dotsent; GREYdi, I.F., dots.; DENISEINKO,
P.P.,, kand. med.. naulr.,- D'YACMIKO, P.K., kand. med. nauk; ZHESTYAIIIKOV,
V.D., kand. =ed. nauk; ZAUGOLINIK S .. prof.; ZEWALI, E.V., kand.
med. nauk; ISKAREV, N.A., kand. med. nauk; KAaASIK$ VX., prof.;
KMINI, G.Ya., kand. mod. nauk; KOZLOVp 0,D.p kand. med. naukj KROTOV,
A.Ls doktor veter. nauk; DOE, A.N.; doktor med. nauk; IAZjL-M,N.V.,
prof.; LAPIN, I.P.$ kand. mod. nauk; PELINIKOVA, V.P., prof.;
ISSFIC101SWA, K.A., prof.; MIMELISGII M,,Ta... prof.; MOSITOVSKlY,
Sh.D.., prof.; PADEYSKAYA, te.11., kand. med. naul-.,- PARIEOK, V.P,, prof.;
PMSMI, G.B., prof.; 111MIEL'YES, Kh.Kh.9 prof.; PMILX-VdM, G.A.j,
prof. POSKALQF iKOP A.N., kand. med. nauk; VIJKJM~, Ye.A.t iota,;
'ROZOVMAYAy Ye.S.# dots.; RYDOLOWEV, R.S.# starshiy nauclLW sotr.;
SALYN10140 L.S., kand, med. nauki SAFRAZURYPI, R.R., kamdo biol,--nauk;------
TIMIOV. L.A. ~ -kand.- mod,
G 1. - 0 &P 0;
kand. med. na~; FIMENTOV., N.K kand. mod. nauk; KHAM-11111A,
R:A., kand. med. nauk; T-lqZGAVOV, S.V. prof.Edeceasedl; CBEMS., A.I.,
prof.,-
(Continued on next card)

-ABR&OVA, Zli.l.--(continued) Card 20
CII-WiOV, V.A., doktor mod. nauk; SJUDUIISI=) YL.*S*,o prcf.;
YAKOVLEV, V.ya., doktor khim, nauk; 14ASIfl',OVSM, M.D.,, red.;
IIIKOLAYEVA) M.H., red,; RUIEVA, M.S.p teklm, red.; CHUIIAYEVA,
Zlv.-, telchn. red.
Nanual on pharuincoloU) Rukovodutvo po farlutkologii Leningrad,
Kodgiz. Vol,2* 1961. 503 p. 15t1)
I Deystvitelli*7 chlen Akademii meditsinokikh nauk.SSSR (for
JUiclikav, Karaoik, Cherkes). . 2. CILlen-kOtTesporident Akademii medi-
tsinskikh nauk SSSR (for Balen'kiy.. Ginetainskiy,, Hoshkovnkiy,,
PlEmellyes).
(PM04ACOWGY)

ACC NRo AR6035530 'SOTIRCn- COM, UR/020 0 /6 6 /000 0 10 /UO 17 0017
AUTHOR: ZaA It
TITLE: Differential catalogue of right ascensions of bright.star 331 in the -10 to
-20* declination belt
SOURCE.,. Ref. zh. Astronomiya) Abs. 10.51,114
REF SOURCE: Tairltulyar Tashkentelt. istron. dbssr.'v.,* n- o. 330", 10 iyulya'
1965, 1-26
TOPIC TAGS: star, mean square error, observed star, fundamental star,
circumpolar star, reference star, bright star 331
ABSTRACT: Catalog (T) of the right ascensions of the bright star 331, based upon
observations with the meridian circle of the Tashkent Ajitronomical Observatory
(TAO) in 1063-1905, Is presented. The observed stars were observed accDrding
to a list compiled at the Pul~ovo. Observatory and adopted at the 14th Astronomical
Conference of the USSR, In all,'during 40 nights,, 2130 observations of identifiable,
and fundamental stars from catalog PK4
Card 1/2 XTDC: 523. 893

ACC -
2
M_~RG03155
and were carried out. Once In 2-3 months, a number of
reference stars were observed over the entiremeridiu-n arc, The investigation of
Pivots of the TAO m0ridian. circle in 1061 (RZhAstr, 1065, 2. 51.146) showed that
working'surfaces have several symmetrically located depressions. Con-
sequently, in January 1963 the bearings were opened and the instrument.was
fixed on other pivots. Plans have been made for their study foll.--ling the com-
pletion of the work on the entire catalog of bright stars* Inasmuch as for the
given belt is is not always possible to pick up equatorial fundamental stars, in the
processing of observations, use was-made of the azimuth mark and level readings
for the determination of the variation with time of value m. Value n wan calculat-
ed separately on the basis of each circumpolar star and by combining it with two
equatorial stars. The mean square error of one star observation IS � 0 8.032.
A comparison of catalog -T with catalog FK4 and N30 shows,thatthe difference in
T from FK4 and N30 lies in the constant values of the opposite signs. In the
opinion of the authors, the difference T--FK4 c; +08. 009 might be due to the
inaccuracy in the differences FK4-GC for zone - A, Chelom-
bittko. [Translation, of abstract] [DW]
SUB C
'ODE 03/
2/2,

GALICHEUKOf G.L.1 ZAUGOI,!HIKOVAp,;,N.3.1-,,SKURATOV~ S.M.*; VASILIYEVO L.S*;
BEZMENOVO '-A*Ya.j.'MIKHAYLOVj B*M
Heats of formation of methoxyboracyclopent!Lne and metbv3. ether
of di-n-butylbox-onic acid. Doki. AN SSSR 166 no.1:103-105 Ja
.166. (WRA 19: 1)
1. Moskovskiy gosudarstvennyy universitet i Institut organichesloy
khimii. im. N.D.Zelinakogo AN SSSR. Submitted April 5. 1965.

Ww/jg/jwl)/WE/RM
ACC NRi A-26003492 SOURCE CODEs UR/0020/66/166 010310105
AUTHOR: Gallchenko-, G* Le- -Zau 211 nikova, N. S.; 5~urato~rj. S. L4.;, 11asil'yev. L. S.;
Be~=enov A. Xao MikhaY4QV'.- B.
ORG: - lbscow Stato Univers Ve 1,21tononov Woakovakiy goau IdaratVannyy uni-8
i~ me ver-
z imo
Git00;1nnr.1tUT0 Ur-urganic Uhdmiatrx im, Nd 1), 7jolinskiyj Acadeg of Sciences, SSSR
(Institui-organich oy.khimil Aliadomii nauX 555R) 11
TITLEs He.at of formation of met7aoxyboraoZolopontano and moth di-n-butylboric aoid I
Es AN k'
SOURC SSSR. Do lady# v 166, no, 11 19660 10~- 05
,.TOPIC TAGS: heat of formation., boron compoundj, boric acid k414
.0
ABSTRACT: 'The.heaLf combustion, AHc, of these compounds was determined calorimetric-
ally, using a Precise water calorimeter, and heats of formation were calculated sub-
sequently. Accuracy of determination was t:0.02%* The combustion:products CO and
H3B03) were determined gravimetrically or by base titration in the presenc2e oi mannito'l
respectively. Pmong the compounds investigated., tho'(n-C H ) BOCH burned more
2989150 ef'9 2 - 0.6 kcal c .. a-
pletely than the others. The detorminedAH K W a tz9ll.i i /;nole for
liquid D B-OCH and -1590.9 ;t 0,$ koal/moie for liquid (n-.0611,) BOCH Tho A 11C of
CH3 was also detormined and wau -9296. a
1;olymorized C~2 2 t; 1., Y-~Z- Ishus, tho calcul-
ated heat of polymerization was e%.j-l kc&l/Mole* The polymer was propared by keeping
the monomer in sealed ampules fox' 3 to 6 months at room temperature, It was a clear
UD^V-. 541.1011
Ccrd 1/2

%V
L
-,-ACC-NRI 7---AP6003492- 7
viscous liquid with nD 20 1,4300, The calculated heats of formation were .57.6 0.6
kcal/mole for liquId b B-OGH-A and -1310 ;t M kcal/mole for liquid (n BOCH
-06 )2 3*
.Tho.calculated heat of cyclizgtion of thel::>B cycle was -1.6 t 1.0 kcal/M -
SUB GODEs 07/ SUBH DAM .05Apr65/ ORIG,RaEI 008/ OTH REFs 005
2/2 aum

Z" Pi N,
I- a -.:.j
qC',TT7h'V ---- ----
f, h
71 C) P
3o.,len,".zim. rectifler,
-,~ctl'ier Inductan-o
AR-37RACT - A~
a -3-
y4 a 'a OC rs r0
d in da
-gg!

ACCESSION Nit; AT3002974
"-c -signal ard a d-c bias up to -,i0 V. If I
*120C temperature rangc.n FAbetr'acter, nVeStigation was carried out vithin -lCc,-
nCl t 4- -nl-
ar,
U-k -~~R
C,
Ord 2.12
D~ I-E Ac 5YIP! y
Lkl-7 -IT ia

IN
0 WTH
.?gj-M
21UH
IM,
0
Will
U-046-63
:)OC.,X -~4L
-jE wva, to. KizrunenAr- Z.
UTHOR, Avaklyantrs. G. M
V. I.
Mhoyan, Ye. P.; RuEy!lLn
IlldtictiLnevi Of pz--arj= azd cilicon diodes rftoport @t the kll-Union
IL I - - I, - ---- -
CO- ~-~ A - r Devicos, Tashkent, Or-, to b ar ,.
-URC- Tai;hkent, :zd-vo
.:;v Z ~ F 1 a ~ t ronno --d7'ru c W Y *Y ta:
AN 7,zSSR, 'W;2, 3'~-40
4C e an Lm ~,r'ansl&tcr
-n-m-rin-lun clic-de, D2-P 7-ermarimm di-de P-- )l g rm i
P-4C3 germaritm tranBistor, germmaalrz A-'-,-d* inalme-tano(j. fill.,c-ua
r4~,W-cortavt gemsnim
~,hc pc r, t -2 n t~'i c 2 -1 ft tj ,
--85eae a,-. n-4 --lp
Card 1/2

A~CS361-3!i N-Ti- kT "kcc 21;17
P-401 gors'animl transist'ors' lllt'h t'-e base froo, 3.lUccn pl~~w-oellz, not
nR',sd, biaaed direp into the ent rto on, vitt a -)~_n 9~ gnal
lnduelan-e cf a r~iv he
A33U~; I AT I ON !",'L. nauk 33SR( Academy of Sciences 3,13SR) Akad. ruiuk U-,~33R(AcadeW
of Sciences UzSSjl) ; Tashkentskiy gosiu-jiversitet im. V. 1 Lenina (Tastl ken', 33--at-si
-University)
SUBMTED: 00 DATE ACQ; l5May63 ENCL: 00
SUB CODE: 00 NOW $0v; 001 OTHER: 001

f! r 9
T"Ment" rEd-vo
illi 1 2, 105- 1 1
- Al'-, felenf'=- rt-Ctifier, T-vS 5elani= ractil'ier, selentm rectifier
c*,j-,rent-vollta.Ze, ce-lealim rectifier capacitance, sclani,m reatifior
~fvt-- ~)T, AVS a--5 7-71 ne-lenim rettMers ie c;mTared vith
Thoructi-ris'Ucs of
US
Curd 112

-44a1
aftron dolt--
~MnM Of t,'lttlPi-U~M+-Ure8. Forward
ica, a dlffunior,.poteyttifLI-t--=,cr-,~_-.,
la'
"U' M and CaPacItIL Cie as
c;', -lie pIlYSIC11.1 phenc,--.~ra '-r ol-,rLd. or! w-,. nxt. ~I": -z-- t!
-bTIO,'Z,- AIM&t~ r.MU'k SGSR (ACada=j of Sciences WSR)l AMdemiyez tift"k
U zb eks.
'toy 53R (Academy of Saio"ea LN.T", ~ 7-tizInke n tz k-, ,c. a -u r- 9 t
SURKE-FM'. 00 WUIF. MQ: I zYzY6 3
SUB-CCDEi-'
140 Imp wvt 009 OIM!: 001
C,,d 2/2

S/109/62/007/007/016/018
D256/D308
AUTHORS: Avaklyantes G. M., Grinberg, I., S., Zaugollnikova,
Ye. G. and Murygin, V. I.
TITLE: Inductive.properties of.selenjumi rectifiers
PERIODICAL:. Radiotekhnika i elektr;onika, v.- 7, no. 7, 1962,
1223-1229
Tl,;XT;, Inductive effects were observed experimen'tally when a bias
voltage was applied.in,the reverse direction.across the elements.
TheAmpedance of'the selenium rectifiers was measured by a bridge
method for temperaturea ranging from -100,to '+120()C in the presence
of reverse bias voltages up to 30 V. The inductive properties were
described in terms of the .'negative capacitance' of the rectitier
dof Inod by; c-~ L = 11(40-. The rebulto aro prooonted in the form of
.inductance and capacitance curves as functions of the bias voltage,
for various temperatures. The inductive properties of selenium
rectifiere occur at low temperatures, though rectifiers showing
negative..capacitance at room temperature were pointed out by the
Card 112

'3/109/62/007/007/016/018
Inductive properties of D256/D308
au-LhQr3. It is also pointed out -that the Q-values of selenium roe-
tifiers are always below unity. The fr*equency characteristics of
selenium and germanium diode rectifiers in oscillatory circuits
were also investigated. The results of the experiments are compared
with the theory of Avakl.yants et al. (Radiotekhnika i elektronika,
v. 7, no.3, 1962, 1214-1222). Conclusions: Inductance of selenium
and germanium rectifiera can reach largo values, -their Q-values
being rathor low. The latter disadvantage can. be compensated for
by-including a negative resistivity element in ,ierieo with thedi-
ode. There are 10 figures. The most important English-language re-
ference reads as follows: M. Schuller and W. Gartner, Electronics,
1960, 331 117~9 600
ASSOCIATION: Tashkentskiy gosudaratvennyy universitet im. V. I.
Lenina, Fiziko-teldinicheskiy institut AN UzSSR (Tash-
kent StateUniversity im. V. I. Lenin, Institute of
Applied Physics AS UzSSR)
''SUBMITTED: June 21, 3-961
Card 2/2

-9
t"S
Mvww~m_.._Q
VYIA14OV, Viktor StepanovichjjAyqO~Ll IKOYAA_Za
HIROBIRIICHENKOO V.1). P red. izd-va; FROITINA, N.D.t takhn. red.;
OYMIKOP V,,Gop tokiins red*
.(Mochanizing the accounting for vages and tuatorialfi]Mokhaniza-
tsiia ucheta zarab)tnoi platy i iftaterialfrWkh teennostel. 14o-
skva,,,Gosgortekbiz,Jatj 1962. 85 p. (XIIIA 1518)
(Krivoy Rog Basin-44ining industry-Accounting)
.(Machine accountlaig)

ACC NRj
t-o; jb~iodelikltari,
Tie
2 - capacitor;
nommMy open aoutdot of reUy;

L 1700-66 EWT(1) /7,-IT(m) /rTF (c) /EF-, (n) -2/9,1G(Tn)ATP, 61) ~VIEM
ACCESSION NR: AP5021077 UR/0288165/0001002/0094/0102
AUTHOR: Burdukov, A. P. ; ZaulichnYY, Ye. Nakor 0v, V. Ye.
TITLE: Heat transfer from a cylinder in an acoustic -kield
SOURCE: AN SSSR. Sibirskoye otdeleniye. Izvestiya. Seriya teklinicheskikh nauk,
no. 2, 1965, 94-102
TOPIC TAGS: heat trarsfer, acoustic field, ultrasonic vibration, standing wave
ABSTRACT: The article considers a horizontal cylinder placed in a field of plane
acoustic vibrations direote~l perpendfrular to the plarle of svmmetr'~ in free Con
vective flow. In solving th.- prohlern, the following assumptions %%ere fnadf- A)
M~. the wave length of the acou-3tic vibrations is much larger than the radius .I, 0:q-
cylinder; ;and, b) the amplitude of the displacement of the medium due to The vi-
brations Ig much gmaller than the radiua of the cylinder. An expt-riment ii -itticiv
was -nade of heal tr-.in.-,fPr 'rorn , wirc, to iir in a 'Firld )f co2ridinr w-jvpi n - -o
bolindar,, rif the acnusTi- ranges, To ict up a svstfl r. )f
waves, a flat metal screen was attached at the upper end of the
The diameter and the length of the measured section were determined with an
ard I/

L 170^,-66
ACCESSION NR: AP5021077
1ZA-2 horizontal comparator, its temperature was measured with a platinum re-
sistance, and the temperatt.re of the surrounding air was measured with a copper
constantan thermocouple. The resistance of the me,-u;ux-ed section was determined
by calculation and by measurement of the voltage droD in the section with very
sniall currents. The source of hiph fr(!qijer-.L,y vibrations was an elec-tro-
r)LI ptjrf~ hFirmonic vibritions with a fixed
"'ound emitter apable -~,
frequency (in this case, It. 5 and 18 Vilorycles) al Sufficiently high, Gk~und 'a"ernsi-
ties (up to 160 decibels). "'lie and the forni of th~- vibrations were
reg,ulated with an ICh-8 frequenc% meter and a "Duoscope" oscilligraph, and the
intensity -Ath the spherical barium titanate pickup of an AZ-2 acotistical probe.
The experimental results, worked up it) the form of the dependence log N,-i=
Mog Pe) for different constant values or the Grashof tiurnher, are well described
by the empirical formula 14u = 2,18Pel-15. G141279. (5. 0
Orig. art. h": 23 formulas and 6 figures
ASSOCIATION: Institut fiziko-khimicheskikh o9nov pererabotki minerallnogi
-q.vr- ya St'
AN '~88R, N-v-oihirak (Institute for the Phyg fco- chemical Bases of tile
'ibe
t ine Minvr3~ F 3 -A., Wi e ra.'s rian 13ran -h A~l 5.135R.
SUBMITTED- 12May64 E ~N C L, 0 0
NIL REF SQV: 008 (MiER: 005

POLAND/Chomical TecLzoloeg. Ch=ical Products and Their 11-13d
AVI ifati-m., Part, 2. - Ceramica.. Glas3o Binde-rop,
Concratea and Other Bili-
cacz Builellrg
Aba Jam Mierat, Mumal-Ehimiyap No 10) 1958) 33361-.
Jam Zl%,MIVI..
Author Jan Z
Inat -mv-91"n
Title Cop.' Cms,,,.n:)tiorL at Fabrication of R inforced Concrete
and Cmorete Pro.1-aets.
Orig Pub: Budown. przemysk., 1957, 6, No,10, 25-29-
Abstract.- The ways to concerve coal (fuel) at the expenoo of the
application of plastic vlag and mpidly.oolid$-fying co-
mento in the fabrication of reinforced concrete products
are discussed.
Card
MOR

ZAMIAR, J.
"Coal consumption in the production 6f reinforeed-c.oncreto or concrete
elements.".
p. 25 (Budownictwo Przemyslowe) Vol. 6, no. 10, Oct. 1957
Warsaw, Poland
SO: Monthly Index of East European Accessions (MI) LC- Vol. 7, no. 4,
April 1958
LhiL vj

----ZAURA -- -----
LM=to
tiphysiolo&v of the Resistonce to Hefit of a White Head of Cabbnge
In the South." Sub 30 May 51, TLRt of Plant Pl%vsiol-09Y ImOni 1- A-
.Timiryazav, Acad Sci USSR-
DisserteLtione presented for science vM engineering degrees in
Moncow during 1951.
GO: Sum. Ne). h8ov 9 May 55

CIAMes w simagen metAtioulun in cabbage leaves at
high temperatialres. O_A Pp
_tj~v and A. S. Krulthilin
I-
R'
Fc;k
DA1
d
Ak
Vini
A
d
N
k

U., .
,
.
ju
ge.
4
4
stry
.
N
(
y
S.S.S.N, 77. 733-it)(1941).-Catibage -riledinellf front
VMVIeM, 11WOC hVit4eShItAill tYW have highrr 10t.91 And
pintein N wO Icls norriprotdo N.thAn hOttliffit IYIKS
(MOKOW rr). The latter show tairger diurnal variation
of a NN, this being highest at akid(14Y, Vie effect
"t of N tactabolism toward the hydrolytic
Ai'le, under the Influence of higher temp. and consequent
fdAtIve dehydration of (be plant. l1ral-mMit types con.
lain WQ% protein .14 related to total N),whIlt nuf1hein
A
coveing cabbage wits to nq, tits.
ty
'
=
11a from leaves lecled at midday. Le. Lit mi. terrip..
prilad, allowed (hilt all such tilts. friastl tile rate Ul 1Krd
41VV440pnitnt; the effect to Xtrong"t Willi tilt, front slon-
hcul-subte types. inilictiling (hilt hishrr ronvus. of toxic
"Sateriall are fowmed during the Intemiried hydrolysis
PCTOIL CabLese plants grown In the shade llhow less N
tit %!I form than do the control plant4, but the largftt share
of tile decline 6 due to tumprotein N. The northern types
tholir higher arrinmia Ncontent than do the southLrn types.

~/fd7
UP

7 9 1
----ZAtMMV-,--Oa-ki-,-kandidat-bi-ol-ogichtir,kikh--nauk.-
Characteristics of the phasic development of vater melons mad
muskmelons. Agrobiologiia no.5:144-146 8-0 056. (an 9:11)
1, Sel'okokho2yaystyenny7 Institutp g. Nurgui.
(Melons) (GTowth (Plants))
TZ

ZAURALOV, O.A,; TARKH"NOVA.. R.M.
'Effect of cooling sprauts of plants of the gourd family on their
4 sl. growth and development. Trudy Vatst.-Sib. f i1. AN
Ss~ ij~. no.35:43-50 1629 (MIRA 17:6)

ZAURALOV, O.A.
---EfrI-re-t of presow:Lng cooling of water-mel"In oeods on the growth and
developmont of pLtnta. Trudy Vw;t.~ Alb. fil, AN SSSR. no. 35s 55-65
162. (MA 17:6o

IV f: i x

bl-M LO
T
/
zAtMAIA)V, O.Ps
Iffect oflow temperaturea on physiological proeseses in tomato plants
[with aummary in Brialish). 71siol, raet. 4no,6;502-508 N-D 157.
(Him 10:12)
1, Zapadno-gibirekajR ovoshchnaya o.pytnava stantelyu labyashlys Altayekogo
krayu.
(Toraatoon) (Plante, Mfoot of tomporaturson)

ZAUUHBXKOV~O I(syl-Orda); SU.WMYET#
Training autowbile made from discarded ;drts. Za, rul..13 no,4:7
Ap 157 (xm loiO
(Ksyl-Orda-Automobile drivers)

"The affect of X-rays on Apocyrmi Venutum L.11 11 Chuyskoy" Zonal Stationp Moscow Institute.
of New Bast Culture, (P. 479) by Zaurov, E. I.
SOi Wlogical Journal (Biologichaskii Zhurnal) Vol. VI, 1937', No. 3
izl:ll ZE, -I, 1:-1,1--~'--ki~-~`_- -1 LL-'M
ILI Eo .11-.tA I,-, I

USSR Soil Science Tilling, Melioration. Erosion. j
Abs Jour Rof Zhur Biologiya, No 11, 1958, No. 48667
Author IMalygin, V. S., Zaurov H. 1.
Inst :Tashkent Agricultu-r-a-rin-tanThe
Title :The Effect of the Vapor Condensation in the Soil
on the. Salination of Lands
Orig Pub rTr. Taahkontak. a.-kh. In-ta, 1956, vyP 7, 27-33
Abstract Studios on the methods of intensifying the vapor
condensation processes in the soil wore con-
ductod on the experimental plot of the Tashkent
Institute of Agriculture for the purpose of
productive utilization of this condensation in
the control of land salination. NaCl and CaCl
in respective amounts of 213 and 2104 glh4 wore
I gdF
Introduced onto the plots at the rato of 0.017o
Cl per a meter layer of soil. Two series of plots
Card 113
53

USSR Boll Scionoo Tilling. Meliorationi Erosion. IT
Abs Jour Ref Zhur Biologiya, No lit 1956, No. 46687
woro compm6i those with natural soil and
those sataratod with moisturo to the limit of
their moisture capacity. Besides, in both series
there were plots with unloosoned soil and plots
loosened to the depth of the tillable layer. The
washing out of the salts in the process of con-
densation, with the wetting of the soil to the
maxim= capacity by moans of watering and mollow-
ing, increases considerably. The removal of 01
from the horizons 0-5,' 20-25 cm.boyond the
boundaries of the one motor layer roaohed 33%.
rind with-the introduction of CaCl it reached
70%. The greater effect in the elimination of
C1 in the variant with CaCl was~achiovod, appa-
rontly, because of the coagulating ability of Ca
which improved the water pormeability of the
Card 2/3'

USSR / Soil Science Tilling. Melioration. Erosion.
Abs Jour i Hof Zhur -.Biologi-YOP No 11, 1958o No- 48687
Soil. In the variant with NaCl. Na noticeable
salination of the soil and a reduction of its
water pemeabilit7 was observed. The article
notes that under the conditions of Middle Asia
it is necessary to carry out preventive water-
ings with regard to moisture del'ioioncy in the
cotton fiolds after the harvesting of cotton,
and on the sowings of alfalfa and winter wheat
in fall. This produces intensive water vapor
condensation In the soils and their separation
into layers. -- L. N. Kudryaahova

YUMASHEVAI Yu,S* I kand., mad. nnuk; _~AURQV G*K*
141 2W95-3% '63,
Clinical use of nozinan. Trudyl-go M
(MIRA 17:32)
1. Kafedra psikhiatrii I-go Moskovskogo ordana JAnina maditsini3kogo
instituta imeni I,M.Sechenova (zav. kafedroy prof. V.M.Banahchikov).
.0

I.P., nauchnYy setrudnik; TRYGNUOTA. A.G., nauchny7 sotradnik;
z vsiuchny7 notrudnik.
The problem of moisture on silkworm cocoons, their shell* and the
chrysalis. Takst.prom.16 x6.4:22-24 Ap 150. maA 9:7)
l.Usbakskiy nauchns-ionledevateltakiy-inatit~.ut shelkovey promyshlea-
(Silk manufacture)

__ __ ___ L
G
A.; AB YAYMV, Sh.A.; VASILIMA. Ye.l.; JIMPPOT. A.N.1
SIZPAKOVA, Sol.; GETSONOX, R-011
Studying ga=a-ray effecto In natural ailko rzv, All Us. M. Ser.
~fiz.-mat.nauk no.4:5-11 '58- 11; 11)
:1. Pislko-tekhnicheskiy inatitut AN Ur.
(silk) (GRP, a rays)
-Aem IBM

ARIFOV, U.A., akademik; MIYU, G.A.; ABLYAYEV,' Sh.A.; VASIL'YEVA, Ye.K.;
FILIPPOY, A.Y.; SWAMIA, S.I.; GETSONUK, 13.1,; ZAUROV, R.I.
Zffect of gamma rays on the properties and f3trucfi~;i of natural silk.
Dok1. All Uz. SSR no.60-9 158. (Hiv. 11:9)
LAN TJzSSR (for Arifov). 2.Fi7*'iko-tekhn1ches1dy, institut AN UzSSR,
Institut yadernoy fiziki AN UzSSR i Uzbekekly nauohno-isoledovatellakty
inatitut ahelkovoy prom7shlennosti.
(Gamma. rays),- (Silk)

it's
a
Il
A r;,

00
fil
l 0

a a
0
I -
;
-

~.
:
:
NP
I i
;.

LP

OR
U.A.; KLFTN, G.A.; PASHINSKIT, S.Z.; TAPIDUS, L.A.; AITASTASOV,
S.A. ZAUROT, R. 1. KORDUB. N.V.
S t u (W'. on the Oum-ray method for killlng the oilkwnrm and
preserving the co6oon, lzv,AH Uz.SSRoSer.fizo-mqtonrtuk no.52
12-18 159. (MMA 13:5)
1. Institut yadernoy fisiki All UzSSR I Uzbekskiy nauchno-
lasladovatellskly institut shalkovoy promrahlannoatio
(Gawa raTe-Industrial applicatione)
(Soriculture)
ral t I
-C-Av -A.

47MORSt Arita A Von'-or of the AS Vo 88M, 1001h, O.A 7Jj1rPo1,A,W.,
lor4up, 1.1
7173t ?be Taxistio.2 at Properties of xstv~al 312% In Different 14414 end
the DjutbOls Nitro& floor lik the Air 'by U~ma ftdlatfom
PIRIODICIta I .... Up% Ake4eatt, rAuk VzWokokay 631. Urlys flotko.
%st4_ttoh44kikh Akuk. 1960, U.S. rp.49-95
T=Ti ft* "Share afammuldsto ih# results of the Invootigotion of the
arlstlas at o- ... I wo.houla, physllal "4,rh.wijg1 propersloo of the ran
*Ilk du,ig r.41.tj I
on with the Rx"a r-Y!:of Co to Atatill#4 enter loasoll
r44rog.ft "d 411r. Fax A comparl4em to* vialstlons at tk*ovy:th Ila 9_09
a aq
A,-~rV re von4idered. It 14 statei toot tR4 oy4th It (Nat .00.drdwr
for a 44f4mg muslaft hoo a greater power Of mt414440 tbas the 40
'Aral
To# Wk. T%of* are 4 (tort# AM I Soviet refwronses.
A340CIATIONt Zoottlas fadomor filiki As 9: $u (TAstitut. at IN* go
v0skskly a.-I. to I ahol Vey preowd"11
R ekskAt I.t.0ifte astlers tote at exlk-144y4t
jj
111011 P RAWW",

--AR IF -Oakad a _Mik~-_KLNM# GO-W. ;-FI LIPPOVI_ L. I!.-;- _3_L1P_A_K__OVA_#_ _S. I.;
ZAUROY, R. L ; KCRDUB, 11. V.
Gamra-radiation modification- of- the propertles-of -natural -silk In
different media and of the synthetic nitron In air. Izv.AY Uz.SSR.
Ser. f I z. --mat. nauk - no. 2 189-95 - 160. -(MIRA 13:10)
1. Institut yadernoy fiziki AN UzSSR I Uzbekskiy nauchno-iosledo-
vatellskiy Inatitut shelkovoy pronyahlennostis 2. Akademiya nauk
Uz.SSR (for Arifov)e
("Mma rays) (Silk)
(Textile fibers, Synthetic)
21'

511301611003100610021019
B110/B216.
AUTHORS, Aykhodzhayevt B. I., Usmanov, Kh. U.1 Inoyatov, It. Sh.,
Zaurov, R. I.
TITLE: Cross-linking of hydrated,cellulose'fibers by means of
sulfut monoohloride
'PERIODICAL: Vysokomolekulyarnyye soyedine.niya, v. 39 no., 6, 1961, po6_81o
-,~-TEXT.: Rupture of not very.flexible cellulose fibers occurs at points of
specially weak m6lecular interaction., The influence of.ohemical cross--
links between the chains of the cellulose molecules on the magnitude and
uniformity of the str.engtb of the fiber was studied.' On vulcanization of
:crystalline polymers belom their melting point by means of sulfur mono-
chloridep cross.-linking mainly occurs in theamorphous parts. Sulfur-
monochloride forms the following compound's with unsaturated linearpolymers:
S -\Cl)
+ %CIS + C1.
C G C-C]; ~_Scl ~_Scl
Card .1/5

5/190J61/003/006/002/019
Croca-linking of hydrated cellulose fibers... B110/B216
In the presence of compounels with,mobile hydrogen atoms (amines~ amides,
alcohols) sulfur monochloride reacts with the hydrogen atoms:
R-OH + S2 Cl2 R-O-S-.S-Cl+KC1 (II). Cross-linking of the cellu-
lose molecules occurs in the following way:
C431 -OR + S 2Cl2+OH-cel --j- cel-0-8-S-0-cel +2HCl (III),~ mainly at
losely packed Hydrated cellulose fiber in cord formi, dried for
C~ointB.
2 hr at 1000 . degree of polymerization 400-450) was treated with 2 and
ml of sulfur monoohloride in dry benzene (198 and 95 ml) at 2000. (1
of a 01 to 2 gof Vied6gt d6td, detigity Of S 0.1 -1.65 g/CM3). The
2 2 2
.mechanical and physicochemical properties of the-viscose cord were tested
~.after washing it 2-3 times with oommeroial ben2ene and drying it at
90-1000C. Break resistanice andtootal deformation were tested at 25 and
.1000c'norption of steam at 250C, sulfur content and deformation compo-
nents at 250C. Break resistance and breaking elongation measurements were
made using a swing dynamometer with 2 scales: 0-10 kg and 0-30 kg, a
compression length of 400 mm/min and anelongation rate of 300 mm/min. The
O.8-mm diame.ter cord fiber was fir ected to a stress of 70 g, and
at subj
p Card 2/5,~
;4_1 M0 .-r if.

811901611003100610021019
Gross-linking of hydrated cellulose fibers... BIIO/B216
then tested for 24 hr at standard temperature and -humidity conditions.
The total elongation 1 'was tested on a fiber of length 1v .400 mm and
tote
applying a strese of 70% of the mean strength, the residual elongation
I wan.detormined after removing the load for 1 min from the fiber.
-Plant
The elastic..deformati,~n 1 in percent wau obtained from
e1
lei/Itot = 1( itot -lplast)/ltotl., 100. The mean, strength, breaking
elongation and.components were averaged from 10 ruptures for each cord
filament. According toltests treatment with a 5% 5 Cl solution
2 2
increases the strength by 15 % (from 9.7 to 11.1) and the elastic elonga-
tion from 1.47 to 1.89 and brings about a uniform distribution of the
strength over the length~of:the cord. Strength variatione of the initial
cord from the mean value bil..l.kg were reduced to 0.7 kg, and the elastic
elongation was inc reased from .4.4 to 5.3 %. Since the S2C12 treatment has
no effect on the sorptive properties, the increase of strength must be due
to chemical croon-link~ which prevent the eliding of macromolecules during
elongation. The croon-linka at points of weak moleaular interaction effect
MM
Card 3/5

S11901611003100610021019
Cross-linklng of hydrated cellulose fibers.,,.. BI1O/B216
uniformity of strength over the entire length. The reactica(III) was
verified experimentally;in the following manner: Primary and secondary
cellulose acetate .180-200) were treated with 5 %.S C1 solution. This
2 2
rendered the secondary cellulose acetate insoluble in acetone, while the
primary,compound remained soluble in methyleno'cliloride. :Even at 1000C,
as illustrated by the data, the strength is increased, elongation alightly
redu'ced, the sulfur content increased by 0-4"% (1 S atom to 100 cellulose
units snd I eel-O-S-S-0--cel bond to 100 glucose units), and disnolu-
tion decreased and decelerated, facts which all indicate the presence of
cross links. Since side groups eel-O-S-S-Cl, eel-O-S-Cl which are
not crone-linked, may also be present, there are more.than 100 glucose
uniis to each cross link. The considerable change in the mechanical
propertiee produced by comparatively few crone linkn in explained by
hydrogen bonds, Tho authorn thank V. A. Kargin for diaounaing tho roaults.
There are 2 tablon and 0 referenom. 5 Ooviot-bloo and 3 non-Soviet-bloo.
The two reforonoon to Engli0i-language publications read an follows:
Hof. 6: S. Glauer, 1. 11. Sohulmann, J. Polymer Soi. jAj 169, 1954. Ref-7:
1. H. Schulmann, S. Glaser, J. Polymer Sci. 14, 225# 1954,
Card 4/5

i~--

ZAUROV.9 R.I., nauchnyy rotrudzilk
Device for the crease resistance of Se.T-nake fabrics.
Tekst. prom. 24 no..4:67-68 Ap 164. (Mllk 17:6)
10 Inatitut khimii pollmorov. Ml UzSSR.

ACCESSION NR: AT4040807 S/3099/6Z/000/001/0197/0204
AUTHOR-.- Inoyatov, N., Z I., Aykhodzhayev, B. I.
TITLE: Interaction of sulfur monochloride with polyAnyl alcohol
SOURCE: AN UzSSR. Institut khimfl;. polimerov. Fizilca I khimlya pr1rody*kh I sintotiches-,
ld1rh polimerov, no. 1, 1962, 197-~-204
TOPIC TAGS: polymer structure, polymer physical property, -polyvinyl alcohol, sulfur
monoehloride, polymer sulhdo bridge, polymer solubility, polymer strength, polymer
sulfur content
ABSTRACT: To test the interaction of sulfur monochloride with,polyvinyl alcohol, polymer
filins of various thielmesses we're prepared and sWoJected to various concentrations (1, 5
or 10 vol. %) of sulfur monochloride for 10 minutes to 48, hours at 25C. After the treatment
the films were removed and washed three times with other, before being analyzed f6r the
! content of bound sulfur, chloride and colubility in water at 70C. The mechanical properties
of ihe films were also tested with a dynamometer. ~ The results show an Increase in bound
sulfur with increasing sulfur monochloride concentration and time of interaction, but a sharp
decrease in solubility in water. Analyses for chloride'were'negative. As shown in the
1-Card 1/3

ACCESSION NR: AT4040807
Enclosure, the rupture strength 4,md rupture elongation increased with increasing sulfur
content (up to 0. 7 %) , after which a further increase decreased the strength. The authors
attribute the. increase in strength! io forniation of slinking sulfide bonds in'the parts
oros
of tho macromolecule with the least dense pacIdng. Orig. art, has; 4 figures and I
chemical equation,
ASSOCIATION: Institut khImil pollmorov AN Uz SSR (Institute of Polymer Chemistry,
AN Uz SSR)
01
SUBMITTED:. 00 ENCL
SUB.CODE: 00,: MT NO REP SOV.- 006
OTHER:,. 013
Card 2/3.

VAS IL YEV,-- Georgly -Andreyl~v 16-;- ZAUSAYXV, Y.I., reduktor; GABERLAND, 14.1.,
-tekhn.red.
lowative dentiati7. and oral surgery) Xhirurgita zubor i polosti
rtn. Issd,2-o9, 'Moskva, Goa.lsd-vo med,lit-ry, 1957 0 371
(MIRA 10!12)
(DE11TISTRY, OPERATIVE) (MOOTH--SURGERY)

RMN Lev Ruvimovich-, ZATJSAYBV,V.I., redgktor; B39LICHIKOVA,Yu.S,,
tekhnicheokiy redbt'0'r
[Physical methods of diagnosis and therapy in stomatology]
Fisichaskis matody inaledovanila i lechenlia, v stomatologii,
Moskvn, Gos.lxd-vo, med.--lit-ry, 1955, 251 Pe (MM 9:2)
(STORATOIDGY)

fl ffl
; ~~ I-.
A-

01.9dotsent
Use of A Filntov flap in r-ment 1 vurger-jr f ollowIng unsuccessful
operationa for cleft hnrd -nnd noft PnIntes. Stomptolor,11P 17
no.2:26-29 Mr-Ap 158. (MIRA 11:5)-
1. Iz kafedry propedevtiki khirurgichaskoy ntomAtologii (zav.-dotsent
G.A. VAsillyev) Moskovskogo meditsinskogo stomntologicheskogo
inatituta (dir.-dotsent G.N. Beletakiy) i Moskovalcogo chalvuntno-
l1t13Ov'op,o gospitnIYA (glnvnyy vrneh-doteent A.A. Kovner)
(PALATF-SURGERY)

teent-
W. 'A"
Using a cutter for the ourgical, remoyal of the pigment layer of sirin
flaPeo Stomatologiia 36 noo3:71-72 W-Je 057, (MLRA 10:9):
1..Iz ki3fedry propedevtiki khtrurgichookoy atometologit (zav. -
dotsent G.A.Vasillvev) Koskovskogo maditsinokogo stomstolbgiche-
skogo instituta (dire - dotsent G.N.Beletskiy) i Koskovskogo che~-
lyuntno-liteavogo gospitalya (naoh, - kandidat maditsinskikh nauk
AiAaovner)
(SKIN GRAFTING) (DJCNTAL INSTRUMMS AND APPARATUS)

rE fvNUU

ZAUSAYFV V.I.
I .. Some characterlatics of mnndibular bone grafting and Its
I I Inte results. Trudy 1-go YX 4407-83 165.
(MJRA 18:12)

BOCHAROV, Nikolay Filippovich .[deceased); DEGTYAREVtViktor Olegovich;
KOVALEV.. Anatoliy Imovich. Prinimal uchastiye STEPANOV, N.G.;
ZAUSAYLOV, B.A., retsenzent; FEDOROVSKIY; Me... reteenzent;
TSETLIN, B.V., red.; PESKOVA, L.N., red.; BOBROVA, U.N., tekhn.
red.
(Fundamentals of safety engineering and fire prevention measures]
Osnovy tekhniki zbezopasnosti i protivopoziernoi tokhniki. lbskva,
Transiheldor
Izdtit, 1962. 202 P., (MIRA 16t2)
kRailroads-41fety measures)
(Railroads-Firos and fire prevention)

ZAUSLYWY, V.A*
VMS kind,of wool Is nead#4. U I'Wiid*' op. v nellktos. 7 no.4:
P-15. AP. 157. (x= log6)
Zameatitell nachallnika otdola syrtya Glavnogo upravlonlya sher-
.1tyanoy provVehlennosti Mintaterstya taketillnoy proashlennostj
'gum
(Wooll

I Vll 1-1-11.
ZHEIIEZNOVAO N.S, ZAUSA:Y,YDVv )I#A#
New techniques and technolog7 in prima17 wool processlAg.
Tekst.prom. 19 'no.10:20-24 0 159. (MIR& 13:1)
10 Uachaltnik Wela sbersti Soymg1avlegpr,om9Vr'ye pri Gooplane
SSSR (for Zheleznova), ~. Starobly, inshener otdola aberati
SovuZalavlegPromayr1ye pri Gosplane SSSR (for Znuijaylov).
(Woolon and wonted manufacturn)
a 6 k I

ZALGTITSYN, V. Ye.: Master Tech,Sci (diss) ITInding and Investigating ef-
fective working parts for carrying hay and straw to the chamber of a hay-bailer
and the equal distribution of these materials about the chamber". Rontov na Donu,
1958. 17 pp (Min Hie~hor Ed= USSR, Rostov M Donu Inst of Agric Mchine Iruilding),
150 copies (KL, no 2, 1959,, 121)

POLAND/Chcmical Tochno,loGy. Chemical Products 1-17
and Thoir Applic.,ition-Dycing r,.nd chcmical trant-
vint of t.cxUlco.
Abs Jour: Rof Zhur-Ichinlya, No 3, 191--7, 9599
Author Zoushnitact, A.
Inst IrOT 9.
Titlo The Application of Microscopy to the D~cing and
Treat-mcnt ofTibrous 1--latcrials
Orig Pub: Przcn. volkionniczy, 1955, Val 9, No 7, 291-290
(in Polish).
Abstract: The cuthor discusscs.tho application of microscopy
to the qucllt-,~tivo -.Ind qunn"Gitative ch--racteriz-a-
tion of the dyc-InLy ~ c ftnishinr;
proccon and to `1,
of fibrous multeriullo'ns voll as to tho dctcrmin-
ation of tho degi-oc.of dq;rndation of the fibcrs.
The tochniquc used In preparing thc fibers fo,~,
investigation is dcocribed. Mcthods for the
examination of the fiborz in polarized licht
Card 1/2

OLAIM/Chomical Tochnolor
P Chomical Producto 1-17
.Ind ThcIv ApplIcnUon-Dycin," and chomical t-cQt-
L
ment qf toxtilc-s
Abs Jour: Rof Zliur-MlmlYaj 110 3, 1957,9599
Abstrect: and by stercoscopic nicroscopy as wcll as
mothods for studying protcin fibors with tho nid
of optical --nd cloctran microscopes arc dis-
cusscd.
Card 2/2

lqa
POL-Ptro/chemical Technology Dyeing and Chemical H-34
Processing of Textiles#
Abs Jour Ref Zhur KhUdya, 140 12~1958, 42015
Author Zaushnitea
Inst
'Title Instrumental and Non-Inutrumental Methods for Identi-
fying and Differentiatine Colora.
Orig Put rrzent. wlokienniczy, 1957, 11) No 4, Mul. lab. colory-
G.tyczn.) 7-8.
Abstract I'm equation was derived forestimating differences of
coloration (/I E) or the NES units (National Bureau of
Standards), The equations suggested lately by Hunter,
Scofield, Nickersonp Stulz and others are presented.
The fields and conditions for a practical application
of the given equations) and the color definition sys-
tem of Vansel are describedo
Card 1/1

VOLKOV, Yu.I.. inzh.; GAFANOVICH, A.A., kand.tekha.nauk; GUDKOV, N.G.,
kand.sellakokhoz.nauk; GORXUSU. A.Ye., apr.; ZMTHBY, N.Y., inzh.;
ZANIN, A.Vo, kand.tokhn.nauk; 2AUMITSIM V To kand.tekhn.nank;
.ZVOLINSKIT, N.P.; kand.tekhn.nauk; KAIPOV, A.U.,
kand.tokhn.nauk; XASPAROVA. S.A., Vand.ael,'xkokhoz.nauk; KOLOTUSUINA,
A.P., kand.ekon.nauk; KRUGLYAKOV, A.M., inzh.; KMIIKOV,. I.1., inzh.;
LAVRENTIM, L.N., inzh,; LBBEDEV, B.M., knnd.tekhn.nauk; LEVITIN,
Yu.I., inzh.; MOZIN, Te.A., inzh.; NIKOLAYEV, O.S., in-zh.;
POLESHCHIMIKO, P.V., knnd.tekhn.nnuk; POLUNOCHEV, I.M., agr.; POYAVXOV#
I.P., kand. eel I tskokhoz,nauk; RABINOVICH, I.P.. kand.tekhn.nm*;
SOKOLOV, A.?., k:nnd. eel * skokhoz.nauk; &TISHKOVMIY. A.A., inzh.;
TURBIN, B.G., kand.tekhn.nauk; CIUMII, I.V., in2h.; CHAPKEVICH, A.A.,
kand.takhn.nauk; CHMOV, G.G., kand.tekhn.nauk; SHK=V, B.M., kand.
tekhn.nauk; KRASHICHMO, A.V., inzh., red,; MTSKIN, H.I., inzh..
red.; MOLYMOV, q.A., inzh., red.; MAGOSMONOVA, Nju., inzh., red.;
UVAROVA, A.F., takhn.red.
[Reference book for the Ideaigner of.agricultural wohinery in Wo
volumal spravochaik konstruktore selinkok-hoziaistvennykh manhin
v dnikh tomakh. Monkvaj Gox.nnuahn*-tokhn.izd-vo, mmnhiriontroit.
lit-ry, Vol.l* 1960, 655 (MIRA 13:11)
(Agricultural mac*hinery-Dosign mid construction)

MOM
MUSHINUT -Te. kand. teklin. nauk, TRIOGRADOV A.S., kand. teklim. nauk;
GREBITSKIY, R.D., inzh.; MEIIKOVSKIY, V.F., inzh.; KISELEV,
N.P., inzh.
The PSN-1 motuited loader for silage. Trakt. i selikhozmasn.
no.2t26-28 F 165.
L Vsesoyuznyy nauchno-issledovatel'skiy institut sellskokhoz-
yaystvennogo mashinostroyeniya (for Zaushitayn, Vinog-ador).
2. Gasudaretvermoye spetsiallnoye konstTiktorskoye byuro po
sel'skokhozyaystvenn mashinam, g. Kiyer (for Pograbitskiy,
1
14inlkovskiy, Kiss e
E-P
t

ZABEDOVSKIY., M.P.;,ZAUSRNIKCfV,, -U.N.; KOVALEV,, V.S.
'Aii-tightenlhg velded joints in thi a-AmUad-c"t. -i=- parts,
(KMA -16:12)
I. ..TSentral!zyye-ekape:Fimntall.rWye-ovarochWo-mastai~nUye
Voesoyuznogo nauchno-ioBledovatellakogo inatituta avtogennoy
metallov.

s/08i/62/m/oil/054/057
E075/El36
AUTHORS: Genell, S,V., and Zaushnikov, NvV.
TITLE: Gas-flame Ispraying of now typ~s'of polymer
PERIODICAL: Referativnyy zhurnal, Khimiya' no.11, 1962., 622,
abstract 11-P 285. (Vestn. tekhn. i ekon. inform.
N.-i. in-t tekhn;-ekon. isslod.*Gos. kom-ta Sov. Min.
SSSR po khimii, no.1, 1961s 48-49).
TEXT: Properties of coatings are described, obtained by the
method of gas-flame spraying (technology of deposition i7s given)
of the following:compo5itions: compositionfl4)11-12 (PFN-12)
(phenolformaldehyde resin with polyvinyl butyrol and graphl~te);
I-ACH -0.(MSN-0) (granulated copolymer of methyl mtthacrylate,'
styrene and acrylon-itrile, highpressure polyethylene [1) (PE).
with a molecular weight of 18000-25000.and 25000-35000,
FE -with an adhesive additive 5-10% polyisobutylene and low
pressure PE polypropylene, capronet fluoroplast 3,
[Abstractorls'note:. Complete translationd
Card 1/1