SCIENTIFIC ABSTRACT KOCHNEV, M.I. - KOCHNOV, V.Y.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000723520011-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

TOLIM. ?.I.; DIM, N-P- Cd*GAM*041 MOM, X.I.
- -----
Aff"t of duo Odfide OOAWwA In raw materials on the
Perforwasoo of reverboratory furwoo, TrW Invt.wt.UFAN
830 uo*3t?9,-" '590 (XMA 13110
(Smelting furnmefs) Moo fuuIde)

DUN, X-P- U40029041 YXUSXM. IJ.: XDCffXff. X.1t; PADUCHN. T.T.:
TXRMIMW, O.A.1 UWWT, LI.;-3mzrTSw, Emmy. P.S.
Vo~ of oxygon to besempislAg co"or
oonvertorso TrWy IseterstUFAN $082
(00mr-metallurgy)
(OxyV*--Industri&l applications)
utt~s to indutrial
go.3j93-101 059,
(XI2A 1)14)

2"40
3/137/6 I/Ow/007/w7/0-12
Ao6O/A Ao i
AMORSs Starkov, L. N.1 Xoohnsv, M. I.; Oorshkov&,L. S.
TMEi On the selective sulfation of cobalt While roasting "Anode Mast
41"
PMUCOICAL; Roftratlvnyy zhurnal, Metallurglya. 1961. 19, abstract 70131
("Sb. naudwo-tekhn. tr. N.-I. In-t metillurgll -,Mlyab. sovnarkhozaO.
1960. no. 2. 140-146)
THM The optimal conditions for selootive sulfation of Co while roasting
sulfide alloys were investigated. An &nod* wAs with tcopositlon (in percont)s
'VI 57.59. Co 9.96, Cu 0.96, Fe 4.85. 8 23.12 was used. "The selective sultation
of Cc proceeds most effectively with an Increase In temperature but not above the
t*"ratur& or decomposition of the Co sulfate into a sulf1do. As the coarseness
of the roasted material varies from O.IQ - 0.25 am to 4 0.09 as, this Uqvrstu
varies correspondingly from 700"' to 650% for an alloy with Cc x P9 ratio of
I : 0.5. As the coarseness of the material decreases the results of selective
sulfation of Cc improve. In the presence of Ps and Cu in the alloy the convenrl's
an
of Co Into a vullate Increases on account of atoondary sulfation. The most
favorable ratio of Ps t Co In the original alloy to equal to I t 1. In that case
Card 2/2
on the selective sulfatlon ...
,,11.371'b-i1OOO10071C*j11O72
10A,
the conversion of N1 into S sulfate is sharply reduced and the routir4 tog
turo may be lowered to 600 C for material with a ooarsen*ss :~0.09 w.
N. Fleteneva
(Abstracter's not6i Complete tr&nsl&tl~n)
Card 2/2

IOCHM, X.I.; PWINMTA, A.S.
Xogul"Ity of abaftes la the oloctric roslativity of cobalt
and copW arteddes, 2m* last,00,97AN UR n*,,SS93-104
160. (UM INS)
(Cobalt arsouldes-Inectrie Vropertles)
(CopW mrsealdse.-Ilectric pro"rties)

TSUMICUTO &A*$ saravo 1.1.9 UCEWI X.I.
hwesslodas %be sombutiss Ot comr-lue comestrates la &a
oxym U"to Vw,,Pr*lskblm, 33 n0-531036-1%2 IV 160.
(KIU 13M
I- IMMUt atanarell VrMllkDgo fUl&U AS SSU.
(copper) (zinc) (021"tion)

SUAKOY, 16 1, 1 W, -*-If
Iffoot of struatural trmof osm tions md abamtertallas of the
oxUation of nickel md ooMr-alatel mites ?be%* ato
WOWS-% Ag 160. (NIU 2318P
(sidmi-46stallwa) (Copper-Noullura)

or
tv
Ild
its

ILI
I t

%-JDDCMW# I o I_O Aol. I XTAINIM j P*A. I TIWMCM. S.A.; MIN,
7.T.-raimmy. G.r.
ftelting Ural soppo"Iso o"Osatratof In mywiou with oxygn
blow, "Yet* sets 33 noslOs2O-23 0 160, (MM 13:10)
I* Umtlekly MW Akadouli as* SMI Urol'skly
Ady I proyekUly IrAtitat *Aaoy W*wshlsmosti i W"oyuVy
UWdOhW-IIfI*dmtslf*kIy Institut matallurcloWokoy t*pUt*kWdklo
(Vtal No=t&Ia~-NW*"*uv mUls-4btallargr)
(Oxygen-todustrUil appliostlovs)

TITXRnj, O.A.(_IOCMW9 XLJ MMIMMA.. A.F.
- ------
Deoxid&Uou of Water soMr, TST*t.set,, 33 no,8127-30
Ag 162. (Km 1999)
(copper-jbtanww)
4b

MrASKIKOV, P.A.1 OILOW9 A.Z.1 STRnwvp G.F.,
VERMMCHLVp S.A. mum
Testing a turbulent dust-Mgon burner In x recirculauan
furnsfto Trudy Inst, wt, UFAN SSSR nof&5-15 163,
(KMA 170)

KO(31xv, M.I,j OKUMt A.I.; KTASMIKM# P.A.1 VILMENIM*Vt S.A.1
B.I.j STRIZWV# G.F.
Smelting Ural oopper-slao concontrates in suspension with
an mWgsn blow, Trudy Inst. -not, WAY SM no.8#17-31 163.
OaRA 170)

KOCHNEV, M.1.1 OKUM# A.I,j KWXM# ?.Aq VERWICHEVp B.A.1
-~ SEMIN, B.I.1 BAZHAX)Vj L.N.
Smelting sulfide wtarials in an oxygen-enrich*dnam
vithout the use of a carbonaoeow fuel, Tn4y Inat "to
UFAN SSSR no.803-42 163. iKMA 170)

DEYEVV Volol CKUMp A*I* -- G.J.; VFJWNICIXV, S.A,j SERGIX# D,I,
Behavior of rare and disseminated elements during the smelting
of sulfide coneentrates vIth oxygen, Trudy Inst, met, OTAX
SSSR no#OW-50 063# (KURA 1719)

DMITRIMP M.P.1 VULMENICHEVp S.A.1 K.0CMF Maio
Econoula efficiency of melting copper sulfid* concentrates
in an wqSes-enriched flass. ?rudy Inst. mt. UFAN SSSR
no4801-59 163a (MM 170)

DEM f V - 1. 1 KMNfN, M. 1. 1 SKIRROV, V. 1.
Rhenium behavior during converter smelting with an ocygen-
enriched blow, Trudy Inst, mot, UFAN SSSR no.WI-M 063.
OGRA 17t9)

KOCHM' X.I.1 V114THICM, S.A.1 DEYEV, V.I.
R*Sultd Of lnv*stig&UA# sm9ltIft9 In a liquid bath with an
mqgen enriched blow. Trudy Inst, met, VFAN =R no,81
69-7) 163, (KIM 17 s 9)

T V.V.; MCH'.0.1 P.7,
MIORM'L 9 . V ~
Effect of Impuritios j1h the daterminiltion 5f Oxygm in
crude copper, Zavo lab, 30 rio,-5043 164. (P-'?.A 1"fI5)
1. Ural'skly fillal All !"I?.

UM/Sumn wid Animal Physiology (Porml, and Patbological)
Xeuro-Muscidar Physiology.
Abe Jour t Hof Zhur Dlolo,, No 6, 19590 26M
Author j Zeftrov, L.S., tochnovs O.S.
last 4..
Title On Participation of Acetylcholine In the rrocess of
Accomodation and Parablosis of Iferve Trunk,
Orig Pub t Byul. eksperin. b1ol. I med., 1958, W, No 4, 3-7
Abstm at t The exparivionts were conducted on the osual wro-amou.
lar specimen of frog. Acccoodation vas wasured at 5-6
points of the nem, The "volopment of parablosts of
a part of sciatic nerve was induced by direct current ca-
thode, In experiments on torml, frog*,, the speed of &a.
tomodation (GA) fluctuated vithin considerable Lwto*
AccomodatIon constant (lasitda) vas,, on the averap, 25
moco WoUninary (1-2 bows before the experiment) In-
troduction of acetylcholine (1) into the dorsal lyWh "a
Card 1/3 ;trj,"
114 ea~~ ~kzA J~r~4.
~_* VVI
uSW/Hmmn *Aid Anivial. Physiology (Worml wA Pathological) T
Mauro-Moscular Physiology.
Abe Jour Rot Zhur Siol-p X* 6j, 1959p 26M
(I al, of solution I : 10000) induced a clear decrease
of SAj laabda langUened on the average to 100 as*c*
Mpping of a put or nerve for 15-20 sin. Into solution
of I In concentration of 1:50jO00 - 1:100#000 decreased
CA only inelpiticantly. Vith preliminary introduction
of eserine,, a distinct increase of the speed of accow-
dation (effect opposite to action of 1) vas noted.
After removal of pancreas, the excitability of the no-to
In relation to direct current changed vithin =611 U-
mitt wA vat not v*U defined. SA vith fluctuations but
regularly Increased on 1-10th day after surgery. go re.
wval of tho gland Induced a change of parablot1c phases#
Systeeiatic introduction or I to operated an'sm's normll-
zed the functional condition of the nerve. It is assumed
that accowdation Is the ovIdeace of the developmeut of
a process of local excitability In the tissue,, ind-oced
Card 2/3

VOIMAP IJ.; 40gM!
- _9,S.
Zffsot of lipooaio -an Um obaliurgic r"*Uoo of blood in dogs
subjeoted to partLal extirystLou of tin panavu. Siule Okspe
bial. i m4* 49 no, WIP" Sp 060. (MIRA 23 tlO)
10 Is kate&Y f a4almd' (save - daktcw a*Ut#LnakLkh nank
IS X. Vokovs) Zfi~i. moditaLnokoco imstu~ata'
(PARMOLO-4m (LIPOGAIC) (MOLMTZRASS)

XOCHXAoVp Osat
Sam data an intestbal paresis in axperimntal peritonitis. Blul.
eksp. biol. i sod. 52 no.1004--37 0 161. PUPA 15$1)
1. -Is katedry normlOncy fistologii (sty. - prof. I&R.Talkova)
las=kO Pftdstavlona daystvitelinp
chl T11W) (PLIAL1513)

H-echani sm of the action of novocalm block of the splambnU
nerves of the motor activity of the small intestine in ex-
perimontal, peritonitis* Use modesba. ho-3s47-50 )tN4063e
(MM 16-9)
1. lafedr~ toradincy fisiologU (say. - prof. I.N.Volkova)
i kafe&& pospitalincy khirurgii no.1 (say. - pvf. N.Y.
Sokolov) Fazanskogo vaditsinskogo insUtuts, n& base 1-ay
Kaunskoy gorodidwy balldtay 9 glavnrr vrath Z.A.Sinyawskaya).
(N(NOCADM) OWES SPIXICHNIC)
(GASTROMESTiML MMLLMI (MEOMIS)

tCCMW* INN., voterloorm" vrwh
ftU slalmoss, Is *beep caused by enterotozoolo. voterinarlia 30 Soolls
59S '53. (mm 61 U)
1. SMplovskly floostral'My soavetuabantok. Irimtokor obl"ti.

137-1957-lZ.t23670
Translation from*. Roferativnyy zhurnal. Metallur;giya. 1957, Nr 12, p 119 (USSR)
AUTHOR: Kochnev, S. P.
TITLE: A Modification of the Pressure Mechanism of a KMK Blooming
Mill and Its Results (Rekonstruktsiya nazhimnogo ustroyistva
blyumingn KMK I opyt yego ekspluatatsii)
PERIODICAL: Tr. Nauchno-tekhnich. o-va chernoy metallurgii, Ukr. resp.
pravl. 1956, Vot.l; op 98 - 108
ABSTRACT! Considerable Increase in the outpt4t of a blooming mill Is
.attained by increasing the advancement speeds of the upper rou
(since the machine time consumed inthe rolling operation is less
than the intervals In the operattaq of the pressure mechanism).
Therefore, at the Kuznetskiy metalturg. combine the pressure
mechanism of a "Back" 1100 mm stand was modified. The new
construction differs from the old one in the following: a) The
worm gear, which transmits the rotary motion from the motor to
the pressure screw, was replaced by a cylindrical gear, more
reliable In operation and easily manufactured, which permitted
Card I /Z the gear ratio to decrease to Its optimum value with an increase

137-1957-12-Z)670
A Modification of the Pre na uijr- MebhatAsm of a KMK (cent.
in efficiency-, b) The old horizontal motors were replaced by
modern vertical ones of the MPV 4,!3/78 type having a rating of
200 - 300 kw at SOO - 750 - 1000 rpm. The flywheel moment of
the electric motors was decreased to 9S kgm (Trans. Note: should
be " kg. mZ11), thanks to the two-speed winding; c) The new
pressure mechanism is equipped with devices &flowing the auto-
mation of Its operation. A control -tystem with electro-mechani-
cal automation Is used. As a result. the operational time of the
pressure mechanism during the rolling cycle has been consider-
ably decreased, which, along with other Improvements. has in-
creased the production of the KMK 1100-mm blooming mill by
8.5 percent.
V. D.
I. Blowiing mills-Production 2, Bloaaft xMsAodifiettion
3. Bloouing mills-Control systaois
Card 2/2

3/1 33/60/0WA08/014/0 17/0
A054/AO29
AUTHOPM Morokov, P, K., Sokolov, 1. A., i2t"nL~ Kurpyoqsv, 1. H.
TT=t Remote Control of Steel Pouring From Two-Stopp*r Ladles
PMUODICAL: Stal', 1960,Auo. 8, pp. 70-708
T=Ti In 1957, simplified hydraulic wgulpeent. was designed at the Kumetakly
motallurglehankly kombLnat (Kusnotsk Metallurgical Combins)(with the cooperation of
L. S. Klimasenko, 1. S. Lyulankov, 9, D. Zaslavskly, 1. 1. Chuvikovskly, S. P.
Kochnev, P. K. Morokov and 1. H..KurpVay*vj No. of Authors Cortifloatot 125011)
for remote control of the stoppers of 200-t ladles, planned by Stallproyekt.
Remote control in this operation eliminates the voryounWrsome manual work in the
proximity of the furnace, reduces the number of workers required and stabilites
the conditions of;ouring. The hydraulto wpipment Is placed In an oil container
with a rectangular bottom measuring 670 x 760 = and a capacity of 120 1. The
cover consists of two parts. The part which Is welded to the container acoooodates
the electromotor, the oil pump and the oil filter, while in the detachable part of
the cover the valve-system, nagnatlo devices and control boxes are mounted. The
kqdraulic equipment to placed an the right-hand side of the control cabin of the
Card 1/3

,3/133/60/000/00WO 14/0 IYU
"/AO29
Remote Control of Steel Pouring From Two-Stopper Ladles
orane, while an the other side of the cabin, an a level with the charging platform
two cylinders with flexible pipes and the control panel are mounted. by "tivatIM
the appropriate magnot, oil Is fed by the pump through the valve-system Into the
upper chamber of the cylinder. The excess oil fed In by the pump passes through a
Alter under a pressure which is about 2 atm highs,
release valve Into the oil cant
than the pressure prevailing In the working area of tho cylinder. This constant
differential pressure In the pump and In the cylinder ensure* the stability of oil
flow through the throttle and, consequently, at the sams time also the stability
of the cylinder ap**A during lifting and lowsring the stoppers or the ladle. As
the piston Is stationary, the oylUW*r rise* when the pressure Is increased, thus
llfting the stopper. The stopper Is lowered by activating the corresponding
elements nf the system having a reverse function of those opening the stopper. fto
electric control system consists of a linear contactor, two normally open *&it
oontactore and two nonuW open bloak-antiators, timing, zero mid accelerating
relays, contaotors and push buttons. In the remote eantrol system it Is possible
to pour a metal stream reduced to one, third of its volume in the first few sevands
of pouring and the transition to full-jet pouring pr*eseds very smoothly. This
reduces the Impact at the bottom of the ingot sold considerably, which Improves the
C ard 2/3

31133V60100010DEV011110171YX
A054/AO29
Remote Control of Stool Pouring Free Tv*4upper Ls&os
quality or the steel. About 250 test pourIngs (with rail steel wd C 3ka
St.3kp typo steel) proved that the quantity of olrAor in the lower pZT6of the
casting docreases and also the as"t of incrustations In tho sacrostructure of tra
rolled stock made from the lower part of the oastirgs is smaller, Purther ad-
vantage* of the now system ant the stoppers open a:W close at a uniform spew
regardless of the quantity of metal In the ladlej during the Interval the ingot
sold to filled with the liquid metal, the slectromotor can be switched offj the
system can be applied In any pouring mothodl the kydraulla system can be adjutod
for the case where the stopper Is heavier than the metal stron and also for the
reverse, case (I. *., the stopp6r to lighter than i1s, weight of the metal strosm).
The construction and the operation of the hydraullosquipment and of the electric
control system and the tests with the stool poured according to ltlhls method are
described. There are 4 figures and I table.
ASSOCIATrOOt Kutnetakly metal lurg laheskly kombinat (Xusnotsk Metallurgical
Combine)
Card 3/3

WWWW# 1.3,,g Insh,j XOCRWo S-P-s insh.
rloorl.type stripping owhim with a Mating #Wt. Stalt 21 no.51
,4796479 IV 161,, 5)
2. Kusnotakiy astallurgich"kiy kombinst.
(VWtaUvrg;l*4'plsnt&--lquipwt and suppliss)
(st"I ingots)

JODCMTO 1,
OW-srMler for b"llag Imobr Itmo. Avt.tramisp. 34 ROAS35
Ap 056. (Autmobiles--trallors) .. (K= 918)

- zocnxt_ L.-W&O Livichansk)d
Mtmbortwalo dommicatION4 lato n0.,10115 056. (a" 9111)
(PA"Oo lbortWave)

SOV-107-58-4-13/57
AUTHORj Kochnov, Engln*erl Xr&Vets, K. A"teur Radio Master
TITLEs Don't Rest on Your Laurels (No uspokslyatsys. nadostlgrvitom)
PERIODICALt Radio, 1958l Ir 49 p 12 (USU)
ABSTRACTs The article deals with the success of the Ufa radio club
(RA9111) In the 1957 Second All-Union VHF "Field Day" Cos-
petitions# for the "Ridio" prize. The teas took first pri2o
and club menbars walk*4 off with first# second and third
prises In Individual events#
There to I photo*
ASSOCIATIONt OflaskAy radloklut (Ufa Radio Club)
1. R010-um 2. PWd1O awards-usm
Card 1/1

RYCMEA. T.; MDMW. 1. (Hosk")
Simple f.s. radio reosivers ladlo no.2s42-43 1 '60,
(=A 1315)
N410 prequdney modulation-Amelvers wid reception)
4
t

-KDCMEV., KAKMICHp A*A#; CiI;LKVjCHp'%1-.; VAM-1111;, V.1.0
nnudin. red.1 JIIAMO, -O.t.p redo
(EatirAtion on fintshod structural work) Haserpty za %&-
konchannulu stroltellnulu produktDilu. IAMrvrrd, :trc4,-
imat, 53 p. 1710

W-00fts - V.A. I nAEDVION. A.A.
Vdfi#A plassed ratod Wises. hal.tokhinfors.po @trot. $
20.1211 -14 139, (Ulu 13 14)
Nailding waterta2m-Prises)

XOCIINSVp V.A.
Applying corrections for Us curvature of a reflecting surface to
the effectivv Telocity values calculated b7 the method of dif-
ference hodographo. Trady ONZIGOM no. 30*82-M 0 64
MIA 19 11)

. . . . . . . .
I: KOCM M-, - V. 1. t VATSUMP H. A.
.. 1
2. USM (600)
/,. Cranes, Derricks# Eta@
7, Reconsturotion of thb bma of a portal crane. Ploohatranspop 129 no. 6t 1952.
9. Month List or Russian Accessions, Library of Congress, Aadl 1953, Unal.

NOCHNUm V.W.
Affeativensso of t1w treatment of lorpertansion vith reserplae,
combined vith otber a I" In a balneological wmatorivon.
Vopa kurop fisloter, 1, itch# fist kullt. 27 no*41311-M
Jl-Ag'62 (KMA 168u)
1, Is manatoriya Oderglye"Pkiye Minerallays Vody* KuyW&bmkop
torritoriallnogo upravlanip (glaynyy vrach - S*A* k-dahemishvilll
naucbnyy rukoyoditoll - prod. N.Ye. Kaystakly).

GARIKOYMS. V.4.1 IHMOVUIT, L,O,t POPOV, A.1,; IOCMW, T#,A,l POPOV, Tel.;
MROTO N.Y.
lVarts,we of faciel-paragoustio dissection of series In f8cial-
palsogeographial, dotorminativat and detailed prospecting In Control
Asia* Isv, AN MaSSIo Ser* gool. uo*ltl3-26 057. (912A 1119)
(Soviet Control Asia--Oooloas Stratigraphic) (Prospecting)

KOCMV9.-TO.A.1 TROITSKITs V.I.
Int4rp"t&Uon of the rostdta of
pole upre no,2t75-" 162,
(ttsbekistan-4bealeal
spoctr= &D&Usss.
elawnts--Spoetra)
7jud, Us.
OM .2616)

- KQMW-A- I&A
Assooiation of me minerals with various facies oomplues to the
lbsosolo mW Camosolo of Usbekistam. Trudy Us. geol# 'uprg moe2t
81-85 062, (Usbokistaa--Ore d"*sits) (KMA 260)

LOGINOV, V.S., IMHM. ru.1.
ContaAner mdo frcm pftstroso*d roLnfwo" aanorob% for storlfts
Uquefled lqtrooarbon poss Ir groo units* (las. do2o soolOA29-32
164a ()aRA 28f1)
lo AiprorAigass

I " 4- -
m1.iF%lHv-,-.r5lklkR
~ I I Oll N~

22-

FS
!UN MR AMOM4 oi
Fig.
at v,,F t4--~,re t,,re,
c,j 3A
t "31'. RW,,',T~

MR, A-P5001774
4-4 -4
+Z4
IVL
2. Hodulus of Womstion of plan t4m" n-,~rv to
F.4CWSURE 02
RIP&

KRi AP5001774
40~
GmPh Of PlAnto=artto aottlcwrlt
F-R-r Vy.; j-,EL 0)
C-d 5/6

5
;ON ~M AP5001774
0
As I
46
rd
0 -ofy F-,
DWWWL*Mwnr, or a-rotkp Q*Tbrwuo* vim tL--.o
FIC-Ur-31 RE I G4
6A

t(GENT7, Yli.Ao: ti ~ . - :,;~107 (3'arutrvi'
, . - .1 1 , j 0 ~.*, i._ i0
Examining thm ntmar,j state of a -71indrical contA!ner on a mo,401*
Strolstekh, I ratch.loor 7 no*5149-5.", 3 of cover 065,
1 (MIRA 18110)

14(6) SOY/112-59-1-478
1:rAdslation froms Roferativayy shurnal, Elskirotekhnika, 19S9, Nr Is p 63 (UM)
AUTHOR: Kochnev #
TITLE: Activation of Concrete Setting In Siunmer and In Winterat Prefabricated-
Concrete Plants Intended for Land-Reclaiming Hydraulic Work
PERIODICAL: Tr. Saratovsk. in-ta mekhazis. 9. kh. , 19S7, Nr 11. Val L
pp 198-208
ABSTRACT: For prefabricatod-concrete plants in hot-clitnate areas. water-curing
tanks are recommended which help to cut down the time of concrete setting to
one-half as compared to the time under normal conditions. For moderate-
climate areas, in addition to the water-curing tanks. use of calcium
hypochlorite as an activating admixture is recommended; this chemical, with-
out affecting the concrete structure. quickens its setting 3.5-4 times as
compared to concrete without the admixture and 1. 5 times as compared to a
2-per cent C&CIZ admixture. Calcium hypochlorlte is also a good antifressing
Card I /Z

,SOV/IIZ-S9-1-478
ActiOation of Concrete Setting In Summer awl In Winter at Prefabricated- - . . .
agent for temperatures (rom 0 to -150C for possolan portland cement and from
0 to -250C for portland cement.
N.M.S.
Card 2/2

MXACHET, A.I.; KCCJIXEV-MIVUKHM,, T,I,
5ow petrochemAcal crIterla of nielml-1warirg ultr21*4ita
intrusions as revealed tV a study nade In V.e Allarethensk
mCion. Scv.geol. 8 nolltll5-.M R 165. (MI14A 1911)
1. In3titut geologil, Petrosavodsk.

IMWA# I* A*# nauchM Potirudaik
Study of Ow afrootivenegis of Uw wdiowwntow pmnmtlan of
rboventic relaptes. Traoh. Oslo no,73130-131 A 062
(min 2; 8 7)
1. Otdol row tologft (rukaroditall - saalusbonM "tell
nauki Prof. M. A. Taminmkijr) MmInskop asuebno-Iss2s&-
vatellskogo Institats karortologii I fistaterapit.
(MUWTIC HZW MSZA--'i'l (MM)

"; C' r4w-- U'4 /
USSR/Inorganlo Chemistry, Complex CompowAs. C
Abe Jour i Ref Shur - Xhinlya, No, 89 1957t 26449,
Author t Zh1gaohj A.F.9 Apohnevao L#N*
Inst I
Title Nitrogen FontaInIng Derivatives of Diboram.
Or1g Pub Us
l,jokht kh1m1it 19560 250 go. 10,
7 - 1281.
Abstraot Review, Bibliography with 64 titles.
Card 1/1
US,P/Che.-dstry - Lignin in Plant Orows
Qiwdlst,rf - LIPnin, Lbter;dnatlon
~Uct 148
*The Lignin of Various Fla nt Groupag" So IU Manskayaj M, Na roclhrwvap Inxt of
Geochen and Anal Chem Inerni Vo 1* Vsrnadskly, Irwt HLochem 1-mord A. N. 3akhp Acad
Sci U33H, 3 PP
"Dok Ak Hauk SSSR" Vol LXII, No 4
IntrodAteer two tables showing results of m1croscopic lwdne~c*me #U4y of various
pUnts, includinR soaueads# bryop)VtA# ferns# otc* First tzzible shows Uat plAnts which
do not c-mtAin 31gfdn do not pro-4uot phloroglucin reacUon and lirdnesoe with weak
yellow light, while plants with d6flinite lIgnin content are colored by phlororlucin and
lurainesce Intensely with groen-blue to daft-blue ligat. Second table shows that
lipnin in various plants exhibiting characteristic 1-ininescence and typital odcro-
chendcal reaction contains vardlUn or aromatIc oomp)unds close to it, Subcdtted by
Acad A. Is Oparinp 10 Jul 48*
PA )3/4916

NUVJ51 K , Dead,
Trome and bwnd maltans -in W crysta2m, Dakl. AN $OR 153
no,3074P577 N 16). (MIRA 17il)
1. Chlen-korrespandent AN MR (for Gross).

A- --- , - , - - . 11 - - , , ,
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~ i~ 711.
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IEZILIS
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sov/77-4.6-4/15
vgjt., RybntkOVPo A.I., %ochnevel 3*5#
AU-&HORS1 SmirnoVt O-X-o t6v' -___
in the Costing of
TITLEs The Antistrook Effect Of letting Agents ohiv*tel*Y
photographic Emulsions (AritiVomotnoye doystviyt Sao
pri polive fotagra ficheskikh enullety)
11, The Antistrook Effect of Certain laniustriml Alkyl Phosphins
Acids (Antikoestno o doyt-Aviye nekotorykb proizvodnykh alkil-
fostinovykh kisloti
PERIODICALS Zhurnal nsuohnoy I prikl8Anoy fotografii I kinesotogrAftle
1958f Vol 3, Nr 6# pp 41C-418 (USSi)
AK.TRACTs The authors continue their investigation Of the Zfebsnist
of the antistresk effect of surface-Active substances during
the tasting of a photogrnphic emulsion. A relation between
the structure of certain commercial alk*nyl succInIC Acids
and their antistreak effect was established. '",he present
article investigates din"trium salts, mononetrium $Alto, 2060-
glycerides And polyglycerides of alkyl rhosphine "clis. Re-
sults, with ItOoPect to the 11 tructijre of the R radicalso anti-
streak effect# surface Tresmure of a 3.4 gelatin solution$ and
the critical mpo*a of 06 wetting effect In cm/see ore dis-
Card 1/2 cussed and tabulated (Ttble I).
'the Antistreak Effect of
Emulsions. Wetting Agents ,In the
11. The Antistreak Effect of Certain Industrial Costing Of Photographic
Tht "u-str"k ProverUes of Alkyl thOWIno Acids.
4
'Otting Agents Of derivAtl%.eg of alkyl phosphine acids confirm
the conclusions drawn with respect to experimental results
with derivatives of olkenyl. succinic acids. The antistrook
properties of the wetting #Cents are deter2ined by their
structure. A systematic irterroIntion between antistrook
properties# surface pressure and kinetic wetting could not be
established,
There to I table and 9 references, 7 of which are Soviet, I
American and 1 Gorman.
ASSOCIATIONt Vassoyuznyy neuchno-looledovAtollakly kinofotoinstitut (The
All-Union Scientific Research Institute for Yotion Pictures
and Photography)
SUBMITTEDs November 10# 1956
Card 212

SjffMOV, O.K.1 UVI9 5.11.1 AMIKOVAt Mel Prinins,11 uch"tiyot GRIMAO X#1*1
STVANOVAO TK.j
lave$ tigatiOn-I of the ietting properties of some derivatives of
alkarql s"cido adds. Org. poluprod. i'kras. no.WW178 161.
(XUIA 14111)
1. OosWarstvew" nauchao-Issledovatollskly institut. orgati-
oheskikh poluproduktov I krasiteley (for Orineva). 2. Vsesapup
nachno-issledovatel'skly kinofotoWtitut (for 3tepowas Lootma).
(9mcoWc sold) (W*tting agents)

LVI p S.M. I VII21"SKITO Yu.4*L ZDCMMVAt StX.L POPOVAI O.V,; V,j,.ETf2;GVAP ?.R.
Diffusion method of hardening emulsion layers. Zhur.neuch.i prikl.
fot. i kin* 7 noo3sI61-168 YO%-Je 162o (HM 1516)
1. Vossoyumqy maudwo-ImLledovatelskly kirofotoinatitut (NIXYI) i
filial Vaesayusnoga mauchno-lenledovatel'skogo, kinofotoinstitutap
(Photogmphlc emulsions)

Wit SAL; &4DMN,, O.K.1 IVANCHIXMA,, A.F.; XOCHWAp S.N.-
Commit preventing action of wetting agents in Um coating of photeersOile
i=s, fart I, Cowt preventing action of acid Wore of the sulp-
fosuotizio acid and their effect an the kinetic wetting. Zhw-mmuck-
i prua, rot, I kin* 8 noa2t"j ft%-Ap 163. (lau 1613)
1, guwhzqy institut organicbeskikh poluproduktoy I kramIteloy
VIOM) I Voosoyuwv mauchno-Isslodwmtolls)LU t1nofatolastitut (SWI).
otographic mulsions) (Wettibg agento) (Swoude acid)
W

SUPJW# Mel tsup SAI WMAO S.C.) IDWWA# S.N.
acm 0 as-aeu" dn4v,&U"s of Isobeza6aw2avociale
aadLds. Zhur. sauah. t~rW. tot. I kim. 8 no.11265-166
My%-:o 163. (XMA 26t 6)
1, Nauobso-ls#2odoft 21sur lutitut or"nicheskikh p*2*pro-
duktor I krasitsisy rigiz) I TimosopwWr mudoo-las2edo-
vaU2'sIdy kinafotelastItut
shmeaftlo aol4)
iftoteg"phlo *=Ialong)

SHIRWVs 0.1&1 LVIO B,Mal AVERBAJM# LOs;.KOCfiMAO S.N,
Antleamt effect of Us vetual &auto pMuced durIM the
testing of photographic swAlslammoReport, Xo,,4j Asticomt stov,,.
feet of the astors 6f A -aafoproplonic told &M their eflWt
on t1w kinetic wetUngs Zhurosaaaho I prlklrot* I kin. 8 jo,
5021-326 8-0 063, (KMA 26#
q)
lo Vaschm)-issledovatell ki institut organichoskikh
duktov i kruitaley (Xl;ml i T"SoyUmw nauchhnwob-iss mo.
tallskly kina otainstitut (KWI).

LEVIp S.M.; KOCHWVA, SAI SHYADCIMM, L.P.
NvestIgating the hardening of emlsion Isron. Part ls
Strength Wswenimproportlos of WOW owdslon lVers.
bur. nsuah. i prikl. fat. i kin. 9 no.101-53 J&-F'64.
(KIPA l7s2)
L Vaosoyusnry nauchno-Issledovatollskly k1sofoUnstitut
(N1 "I)

SKIRMOVO O.K.; 1XVIp S.M.; Prininall uchastiyet PSHIWVA, M.G.j IVARCH470VA9
A.F KOCHNVAI S.M.; STEFANUVA# T.I.1 SHVAICHENKOg L.P.;
Relation between the structure of surface-active substances
and their adsorptive capacity. Part 21 Esters of sulfo-
sweinic and xWoproplonic acid (Ka-salts). Koll. Our. 26
no.31350-355 W-Jo 064, (MVA 17 s9)
1. Nauchno-Isplodovatel'skly klno-fotoinatitut I Inatitut
organlehosklkh poluproduktov I krasitolq, Hooky&,

L W"I (1) TIP,
ACC NRo
QN)
3
COD61 0/31N/66/0111066/0063/007
AUTgCRs Javlo S. M.1 Shiadohenkos, 1, P.j Zoohnevat S. No
As
OW: none
TITL".s Study of the mechanism of hardening of ovlulsi~n layers
SOMMI hj.;P3R. 10missiya po khWi. totograrichoskikh protsessov. Uspekhi nsuahrmy
f0tograffit v. 119 1966. sly. StruktunV79 evoystva
fotogratichaskikh sloyerv =,stry of photographic emulsions. Structural properties
of photographic filas)o 63-73
TOPIC TAG31 photographic owasiong, gelating, gel
ABSTRACTs In a study of hardening of photographic emulsionst use was made of 5
10% solutions wA gels and xerogels; of golating, photographic exulsions obtained on
those golatinso And a series of hard6ners including forxaldohydap glyoxalo chromium
acetates lg3#5-triacryloylherxahydrc~-lp395-triazineg 1,3-discrfloyl-lg3p5-triacrylo-.,
ylhexahy&o-50-chloropropiorWltriatineg and a mixture of diglycide chloropropylenehy-
drln and trielycide propylonshydrin esters of glycerin, The physicomechanical proper-
tios of the amulsions woro determined Wore and after hardoning. Swelling of hard-.
onod onulsion layers was found to be associated with a reversal of the hardening pro-
cess# manifested In a change of their theological propqrtioss tho strength and elas-
ticity and (to a slight degree) the to"raturo of creoping of the eptulsion decrease*
Inc kinotica of sw9jljng
are Affected L7 the electrolytea, partlindazly suirite,
SOdll= Wroxida &jXj agmnja.
IhO presence of these electrolytes in
3olutiOns Causes A"marked reversal of the hardening process. the hardening
~'O-Mlslon layer regains a put of its strength, but the latter After dryings a WeLled
inal -value. d003 not reach its orig-1
The degree of hardening depends on the quantity of bridge ljj*&g*g
forwedg but ttle allowed degree of hardenirg is lWtod by th.9 influence of th h&
or on the dovhlo;"snt speed jknd photographic properties ot ths emasion.
has$ 7 figures aM to tables. Orig, $A.
SUB C=1 14/ SUM DAM 'ne/ MM WS 003/ OTH R1?j 001

7 Is -3/0 SOT/81-59-12-42059
Translation frow X*f4ratIMy shurnal, KhImiyal 1959, Or 12, V 118 (VSSR)~
AMOM Alookolskir, 1,3*9 Satkinal 0.9ol.goohneval V.A.$ Lyadov$ V.S.
HIL11 Speatral betsAization of Lithium and Cesium In the IPlame of ?her-
sit* Blasting oartriAgo
PARIODICALI Us Laningra takhaols In-ta. In* Lonsov*ta# 1958# Or 48P PP 90-W
ANTRACTo In order to o2olts U and Cs spectra a tharmits mixture Of 65% M02
and 35%.Kg metal ban been usedo the radiation of which is free of
background. the mixture In *",v to Ignite and has a sufficient du-
ration of burning, Ths,;uUetanos to pressed into tablets under a
pressure of 5#000 kg/cm the weight-of a tablet Is 2 gp the dia-
aster 10 ano Within the tablet a hole of 2 am in disaster and
6 ma deep is asdol into which the sample Is placed In the form of
a powder prepared on U01 base, ?or preparing the sample I al of
an aqueous solution of Li and On is aixtd with 70 ag S&Clt the
water is evaporated and the salt is placed Into the tablet o*vering
it from above with a mixture of 65% CuO and 35% Mg. ?be tablet is
,placed Into a chamber on the optical axis of a 3-prisa glass spoa.
Card 1/2 trograph. The substance Is kindled by a satch, the spectra are

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SHLPKIN* IOF41 on. (1,; ClUCS110=9 Igo U.41
Food vater Parifiestlon
Testing of s0& regabGrAtIVI WKUW softening equ4mnt vith a tububw rawtor-
maerg. blulo we 3t 19p$
MontUy List of ftsslaa Asoessionas LlbmrY Of COng""t Jum 1952- MMUSSW

AID P - 3776
Subject i USSR/Bleotrioity
Card 1/1 Pub. 26 - 18/29
Authors t 'Kochneva,10. I . Eng., A. Pe Hemet, Do*. Tech. Sci-p
"Irm"a# A4 ra7kffl. WIG*
Title Testing or a salt concentrator
Periodical a Elek. sta.9;14 10t 51-53t 0 1955
A
Abstract 4 The authors describe the testing or a salt concentmtor
of the SPI type for testing the salt contents of high
pressure saturated @toss. They present results In
three tables. Two drawings, 1 diagram.
Institution i None,
Submitted : No date

GEDVIDZI,, Tan [Glodwidh Jan) ?FmAjA,1F1,[transl&t*rj;
tor 1. t rtd. I
MAMMA, A.L[transla j I
ZATTM 0 X.F.,, red.
[Afrleai an econculatts octet. Translated from the Polish]
AfMka; samatki skonoodsta. Hoak-Y&O Progressp 1964. 10 p.
(MIRA ISO)

I j
fm
"v"),t,
I,W, , ~
i .
IQ C,
,I
. LIMAr , . .

T
Mid
~Ln

KOCMIOV, A.I., insh.
rntwwlaatW rail p"kaps
162o
ht' I put.kMI. 6 no.12134
(EPA 1611)
1 0
("Llroads-RALIS)
(WIrced briftoo-Malutomme and repair)

XAGAN, DJ.; XGCMM, I,X.
AgnrOPY10M MA JdPSN 000 of it. Sbor.trud.XI13T no.SsIO2-M
061, (XIU 13 13)
.(ftlypvwlsw) (Pipe* Fl"tic)

SOROMP N,F.j i!La ~Ovp ~,-M-
Copolymrs d uu"tum%W glyaldol "torn* Copolywrisatim
of glycidyl mthaa7Uto with styftw# Pl"tonsay aooli7-U
06
.3. (KM l6t2)
(Glycidal) (sty"no) (Polywrization)

Smug# X.r.j KOCKMI I.No
Synthesis of xx"Idyl liethemlate MW stmas 60polywro in
solvents sW their use as a be#* for the manufaatw* of
protective coatings* takokrome mat, i Ikh prix. no*010-25 163.

1ACCESSION RRs" AP4 S/Oi9O/64/006/005/*V1/VM I
037273
11 1
iMHOUs Koohnov. 1. Mai Sorokin, V. F.
------------
!TITLSe Polymerisation kinetics of 6yalAyl astbacrylate
ISOURCEs Vy*sokomolsku1ysrny*y* moyedineniyap vo 61 noo 59 19641 791-M
ITOPIC TAOSs polymerization kinetics# methaorylatop asolsobutyria aoidt initiators
1polymer viscosity, molecular welghtp rate constantp monomer
-IABSTRACTi 400 was
The kinetics of glyoi4yl setbacrylate (CMA) radical polyaorlsO
iinvestiptod in the presence of 4initryl asolsobutyric sold &nd'btnzoyl Peroxide
I initiators. An empirical equation was establisbod relating the polymer viscosity
I to its molecular weighto or (q) - 7,83 - 10-3 - Ums. From the experimental data the
I following values Lre obtalAod, Xor initiat6i rate constants as functions of
tomperature 4.13.' UP - axp(-4000 /I?r) p and for the effeativo activation 4MOVIWO
ko 6,17-401 -up (_400 / fil)
is . 18,8 kosi/scl." Other oom~stsnfet-viuch as the rate of gmth termination and
propag&-tion of the "in tbrough Us monomerp have.also 'been calwalated. A list Is
made of OU polymerization kinetics w4pitudes with - corresponding values for various

ACCESsj(w NRj AP4037273
roth*r ester S~th&oryl &Olds* ThOrg Is A 01000 Correspondence betw"n the OM
esults obtained br the authors and those Iwth&MI *store with carbon atom U=bM
r from I to 4. Orlf- art- Ust 9 forad"t 4 f1smst and 2 tables.
ASSOCIATIONs Moskovskly khiaftotekba logiahoskly Institut Ia. D. 1. XmdoldWsv
(Moscow institute of Chsaical magins 0 1
Oring)
SMWr=l 2W&y63 DATZ AOq# 09:=64 XMI 00
as OM 1 00 No MW NVS 05 0m, OIS

ACCESSIOX NR, AP4037274 8/0190/64/006/005/07"/0002
Au"I'MRS1 Sorokint U. F.1 Koahwws L W.
TITLEt Relative monomer r"otiVity in Gop0jYM&rIS&lIcft of gly0i4yl M6thAMUt6
with styrene
SOVRC;Zt V14okomolskulyaray4yo soyedinanipt r. 6# not 5g 1964% 798-M
TOPIC TAGSt monomer reactivity, dopolywrisationg glyci4yl metbacrylatel styronal
Initiator# bonsoyl Peroxide$ roactivitr ratio
ABTIUM Copolymorl"tion of glyoldyl nothawylato (OVA) with styrene in the
presence of rearyst&lliz*d dWtryl szoisobutyric, said and benuWl peroxide has boon
carried out in various solvents at 60 and 1200 in & nitrogen atmosphere, Tho
composition of the remUtant copolymers and the some" reactivity ratios, r, wA F2
have been calculated br the method of W. Moman and 8, D. lose Q. Polymer Soi.,
5, 259p 1950)p producing r - 0-55 sAd r - 0-45- The monomer reactivity ratio*
are shown to be WoPoWo~l of the Wtj of solvent ana Initiator used. The
variation of ri and r2 with the taxpomto" is given by an expression of the form
r - exp(- A 21M) #
tu4ing +10 Vnity with increase in tagersta". 2h& parameters q sjA a in tba
Card 1/2

ACCESSUM Us AP4037274
'emk4usatitativo atpression of Ts AlfrV.aM,;, C. Prios (s. Polymer ftleg 2# 101#
1947) civen Iw ic IS Qs Ic ~ + (ell - ti - ft) , OAM for =A bms also been
Ig I# QI Is r2 - #I). OAM
detorainodo * Origo art@ bass 12 forwAlaso 3 flprsso mA I table.
AMUTIOIfs XoWmvskiy khImikoo-tekbaoloooheAdy instisus iu. D. I. SenWivev
(Moscow Institute of Msaioal, Usineering)
SUMCMMs Msy6~ Dm AOqI 09:=4 JXCLI 00
SUB CODE CC NO IV XNI 002 0"
Card 2/2

MOM

-11! OR-
'NEW
. rm - W-M

,- I
.", i
I ?"IIJM~ IN MUM
at"olm
mqmll,
_ M

XOCHNOVO J[.Mq SorOKINO M.F.
Kinetics of capo2yoorlsatlan of glycldyl asthscrylatO with
styrene. Vysokom, sood. 7 no.IW916-1922 N 165. (KIRA 19sl) #
Is Moskovskly khIniko-tokbnologicheakly Institut imard D.I.
Mendeleyevas 8ubmitted December 11, 1964.

100) WIN
-'L 27311--66- -.E*T(0)1"--P(
ACC MRs AP60Oe973 Souir's COBCS UR/0190/65/OD?/01311916A922
AUTHORS i JUWbgff.L16 go; 122E~"b Xf
ow: moscow institute of chadwa Technology ins DL-12 Mand4ey" (Moskovskiy
W
institut).
I Isau6nIf SV*idyl V*tM*ryX&to and st, 21L
TT=* Kinetic* of r-or
SOURM VysokomolokulyarnM soyedineniyas ve 7~ no, 11x 1965p 1916-1922
TOPIC TAGSs copolymers radical polrwrizationj po4varlastion kinaticss. styrene
MMACTs The effect of different solvents and Initiators on the radica
copolymerization kinetics of the reaction between Clycidyl mthacrylate and
styrdine was determined, The motion was studied in the bulk and in tht solvents
toluenes eydobazanones and dioxamo Diniryl of &zotrutyric acid and bensoyl
peroxide were wed as initiatmo The copolyserization rate constants, the rate
of copolymerisationp and the cross termination constants f were dotervdnod as
functions of the initial 6onoontration of reactantos nature of solvents -ind
iiLitistor, The activation energy of the copolymerization waa also deter.4nod,
The rate of the reaction obspd Uw eVression
UDC i -~.-66.095.26#678.71.~4#678.746.

L 27311-66
WRx AP6008973
Wh6re voop is the rate of copolyn4risations 1c., is the rate constant (1), and
((A) + (B)) the initiator ard total =rAvw concentration ros"ctively, The brossi
terairiation constants were derived aLfter I# M. Kochonov (Diseartatsiya$ 1964)
i I
A'VM-
rJU2 + 2'jAj J91 + n(DII, rj - Ps - [A#) - (A))'.
'pit IBJ)I; (Ap)WA 10
where VA and Y13 are the separate polymerization rates for the polymerwtion of A
and B respectively, aM (Ap), (Bp), (A)) (B) are tho initial monomer concentro-
tions for the individual and copolymerization of A and a respectively, Itw
experimental rosults are presented in graphs wd tables (see Fig* 1) * It was
fou.nd that the energy of activation for the copolymerization was independent
of the nature of the solvente
-4.

L 27311-"
ACC NRI AP6008973
Fig- 1. Depefdows of
the rate tkf copolymr-
isation of glycidy,
me
thacrylato and styrene,
b
a - on concentration
1 of initiator .-4
c opolymerization in
bulk; 2 - in toluene; J,
3 - In dioxana; 4 -
cyrlohex&nono. b - an
' Cap the Wtiml =snooer
I
tompositiont 1 .
copo. i,
V; lymerization in buU
(60C~; 2 - in d1oxane

A coaqjosition i
OW
0,
;
_M# 'AW JIof -T
-A monowc mixture in
mole
Origo art, has$ 3 Ubleso 3 craphst and 6 oquationse,
SUB CODBI SUBM DAM 2Uqaa/ ()pjo Rh7j 'OD6/
Card OTH RV s 004
L

XOCHbW I-
1,
It Is possible to considerably shorten the repair tin of motor
vehicles#, Avta tranap. 38 no, W6 Mq 160o (MIU U12)
(Motor vehioles-ftUtenanae mid repalr)

XWMOV, V84MY Nlk I al2b; MOMOSUVp Mares Venivainavich; FILIX,,
A.Gop red.) OVA# A.P.S t4ft. red.
(Assiably-lim rs'pdr of motortruck eabinslPmont kaMn Srw.
sovykh avtowbLUL n& potoke, Moskyaq Avtotransisdat, 1962*
73 pjMotortruck_41&~~ MA repsir) (MIRA 1519)
(Assoubly-lim matbods) I

In .
Tank vessel with a 1#500-ton capacity, Kul. tokh.-okou. laom
Tokh, upro NIno nor* flots, 7 n0,603429 162o (HIPA i6Q)
lo sentrall" doo-knotn&Uwakole bywo 1b.1 It u1surstva
morobto flot1k,
(Tank vessels)
I

AUTHORs Nochnov, V-YO- and Sbaskoll-skaya, M.P, 70-2-21/24
TITIS s Investiption of slip lines in c atals of silver
chloride. (Iseledondye lin4 sko
rfzheniya v kristallakh
khloristogo serebra)
PERIODICALt I%riMIIlo=t&aIS (GI llo hy Volat
.3sta ), 1957
No I PPO r4-~~7 (U.S.A.R.)
ANSTRACT: As regazd mechanical properties c stale ct AgOl behave
like a transparent metal and have an agennion curve like
that of Ou but weakened ton times, Plates of AgOl -were e
pared from single crystal cylinders by pressing and XOllFn,;w
followed by 10-24 hours annealing at 400-440 Go The plates
were sevoral tenths of a millimetre thick, correspondhg to one
g-" widthg agd the area of each grain varied between tenths
mm and 500 an - The plates woze examined under a polarising
microscope while being stretched. Birefringence bands (as
described by Obraimov, Brilliantov and ShubaikoY5 were visible
and enabled the process to be followed. fine sinuous lines
were observed not parallel to the birefringence lines. Exam-
ination in oblique il .*-4-tion showed the latter to be stop
of height about 4 41 1; is therefore clear that the fine
Carla 1/21ines are traces of slip ng. The majority of the slip lines
arise by the merging zteginear 'traces of the slipping -which
10-2F.IMIJ.
'InvestiSation of slip liwo In crystals of Bilve CE15
(Cont.)
appear in the early stages of the process, The process of
plastic defoxviativa in ASCI is concluded to be extremely close
to that In metals.,
x Physo Zeito SowJetuniono 6o 587 1934 and Zh.EUs.Fiz,-
Khimo Obsboh, (Fizo) 58# 817t 1999
rhere are 14 photogsphs and 7 rafe.rencos, 3 of which are
card Slavic.
A&MIATIONt Moscow Steel Taotitute (Moskovskiy Institut Stali)
SuUXOM: September 22, 1956.
AVAUABIB t Library' of Congress

Aw" -
A NOR SUSIOLIBUTA We IOCUOT let. 20-5-32/67
Of WATY GHT16-
1111i On the Appearance I. Lines in silver Chloride crystals.
(0 Tooniknovenit volsist kh UnLy skol'shealla v kristallskh khlo-
ristogo serebra .2assian
PIMIODICAL Doklady A4deall lank 63111#1957jol 113#1r 5,pp 1o61;1o62(V.S#s41j
zoosivod 7/1957 Review* 0/1957
A33TUCT silver chloride oryat&U ate knees to 'be very similar to metal
crystals with respect to their mechanic properties. Above all
the process of their formation and the development of #114* li-
nes are exactly the ~"* as in xat#lss Also In the latter wavy li-
nes are formed besides straight oneso IM authors Investigate the
formation of lines In the "so of the elongation of polyorystallL.
no, monoorystolliso silver chloride p2ates of some tenths of a
millinater.thiakaoss. They more obtained by pressing androlling
with followingroorystalli"tion glowing of a sonoorystal Thin gli-
de lines were forest with grow longers ramifledg and sore numerous
with increasing strssso In one and the same grain they are parallele
With a further Increase of stress a second system of lines appears
which intersects the Muor. In different grain@ both straight
and wavy lines uV appeavo ?be "we of the latter has hitherto
been naknono the authors sueo**Aed in proving that In the Initial
stages of plastio &$formation a number of other parallel lines Is
at first produso&, Those lines at first become exteadedg after
Oard 1/2 which they thicken andl as stress loor"sess they form a wavy gli.

AUMRI toohn" I V. U. 32-3-4Y52
Tr=s The InvestiSation of Processes of Deformation by Moans of a
Polarization NI oppe (Isslodovanly* protsossov deforaOsil
pol,yaritatsiotogs mIkros*9W
PUWDICAM UvOsk"a taborstoriya, 1958. Vol. 24, Nr 3, M365-365 (=n)
ABSTRAM By moans of the system described It is possible to use an
ordinary polarization microscope for the imestiption of elastic
MO pwuo detonation. In the present moo a ado. cope of the
typo M17 -2 was used, It Is shown by a adwmatioal. drawing that
the nicrosoope In smunted an a revolving platform. The light source
.12 fixed and the bus of light In collected by a mirror attached
to the microscopes after Alah it is made to We through the
swVlo under Investiption In the usual menner. In the course of
tests s*Wl*s an weighted by it meohanisne in which osso an exten-
sion of 0.1 m can be measurod; measurements of pwalar azteasion
can be carried out by moans of an ooul&r adox ter with an
accuracy of up to 0.01 am. Working stress" may amount to up to
Card 1/2 15 kg. It is of come possible to provide the wics cope with a

The invest4pktlon of prooesges of Detonation
by Xsau or a pol&ris&tion Xicnmoqw 32-34y52
PMtOSr&PUC Omra as well as with a devioe for rooording the
ooufte of stress. There is I f4prg.
ASSOC'AT'Cxs Xosocw Steel 10stituts iumd LV- Stalin (X*skovxkly imtltut
stall im. I.Y. Stallm)
AVABABLIt Libmry of Congr*ms
lo Ilastic doformat1dap-DetermimUm 2. Plastic defonution-
Detemination 3- POUrIzAtion microscope-Appllcatims
Card 2/2

COMMOTO Me L"16
IsTowbIM&IM 86MISed GOMItion Ii silver ablorlds po2rcrMs2m
IW the wtho4 lbor. bo. sull no.38o,46-
m 1501, (XnA 1118)
I Oded3m ft Iki lbobwakop ImAlftb& st&U in. ft&Umo6 It*&.
;L;Uao prof,., J61, 11dall shtspok
(011vor
(New arystals) (Iburisatim (Ugm))

Eel
j1
Ills 11 fit 1 j