SCIENTIFIC ABSTRACT SHREYNER, E.S. - SHROB, A.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001550010006-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MYULLER, R.L.; ADZREMYAN, R.TS.; SHREYKER, E.S.
Solution of a convalent atomic solid in a motionless water. Zhur.
fiz.khim. 36 no.8:1667-1672 Ag 162. (KM 15:8)
1. Leningradakiy gosudarstvennyy universitet.
(Solution (Ghemistry))

n
w;Te~t-,- ci iii-, phaF--- riiKe',ene on the r:,hem- i -UC; 2re
r rme za'
0,,, POI~ ticn.
VILHA J

MYULLER, R.L.; SFULEYNER, E.S.
Kinetics of dissolution of borax in aqueous dioxane solutions.
Zhur. fiz. kbim. 37 no.4-.875-879 Ap 161. (MIRA 17-.7)
1. ]Rningradskiy gosudarstvennyy unilversitet imeni A.A. Zhdanova.

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compounds to the drilting fluid thus increasing the drilling
-00
1'. A. RVIII
Ibigavit. Stflptnayo Pow. S. K. 1940.
wS.--lit expil. drillitis thtough varhma~ rovl,~ there we
*

so asCOj. NaJU, NaXtOz. IICI.
uwd NoOll. N

8 CaClj. sultoliSnic acid and Its latits. sulfortaplithenic achli
00 anti thvir Na soiap% anti scidol. Lab. cxpt~. show that -00
tile hardnc~% 44 lw%ic -train of the 1: -tern drill"114 iv
.00
devitillwd at Callen%. of (). I ~ 1.07V and I lie all Mills 51XV.1
inviva~wj hy %IWO, -00
i, IlImt r(rectivc with littlestatic and alilly'll lie,. X001 In lilt Mae
: Aicll. Anhydrites sit best worked with %aCl, CaCls
0 Iliattic-ularly Its the ca-se.if heavy lAyerN 4 CvIi-ains
n ZOO
00 1hythl(v alld Ill tI;V pt-ClU, -It INSIV M41211 Atilt%. 111
too
Whldr. Ill IIII, I)il.*Vl wairl-4. IICI lit VOllell, lilt 1.1
so 1% 6 elfrctive lit the buinitune aad th,hattit". lilt ... Itch

so it widens tile oil well tou Illuch thlotlith Chvill, aelioll its
too
the walls. lit commercial drilling, IICI and achfic AICI,
00 will be neutralized rapidly by the inud, fornsing then
Cnat mild thus affrctillK the quality of the harthit-,
-00
I
lelir-,oil. SlIfilecrib'l-C. lye (407.)
llvlrol~ulll aeld, (1-2~P wlicit applied to titwon. hiow,tom
' .00
At Atilt
aitif dolostatits soften the sitata by 30
v. r-P. Itartill- of SiOt is divreased tP 707P 11Y
u4nif phosphatts of Na, parlictilatly the ortho- and pyr-
1:1tophatc, lit coneort. of 1-2%. Acidic hardn,,~ de-
IV,%" ate ilb"IdWsl by (lie Ill illigIC U111414; the Ah-AIIllti(Ilt
J alk. clix-tiolyt" 6 imich low". Thr weAt of tile hit
i~ lowered by ill least 111%. while like strilling NIlrVtI 6 ill -
~crrwcd by ;.N17v. lit 'o ... Cilwancr, thilling lisud call
I
A S 11. at t4LLkjI)1;KAlL LITF11AUNt CLAIa- Clailpletely Mpla"'I by the at-ve with natutal be
s
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6- - - w w~ 0 M S 0 11111 1111 a a a W
G If I IL L it It N 4~ s; A., t I
11 F-A-ft 1 7 It V I W I -v
dig allft jullifeti quartz mutent -IM1111111MIAte mm
ftriat holes with dushing (a Confunctitsm with avrottgo Inint-jul,,
for dauensing the Issirdne" 6t rocket. L. A,:Rmviaer and to.2A uvriber with Nm,Co. 11M51%. Cakwobuy,
K. F. zhigmell. Akad. Monk S-7T-.v- R.s K4Wa- "R-k,. (~) I.int"ttwor% and Wmstilt- Na.C0, 025%.
boflf. 1943, it:( pp.(SrNrmfr).---Tb4 rate 4W NaWt 0. it. I %, %*&.,.,:i0, 0.02AI-J. (h) t als-Ampu4 rot-Irm evottle. i-Se
No Ill$ 1111h., Ill TIWk% during smilling, etc., van be fixisesqed 41h-3 - -1-ow als fily 411het cah-AWCAN14 "Wks Into :
by :",k 1141% alld tgkjl wrar tiectmment by lit-15% thM"h .1tild,1.11i III to
I:W Id 11 Ill, 0.23% 1-( varims, agents added to the water IngglIetitt.. pylile mt%, 11,421, 11.1%. N&CI 0.1 -
4 -d ill I'vt drilling to cW1 The drill and to north the di- 11,2547" (b) sWcritc Na'Co. tu"Its,. C.1) wilos it tu Me.
11114-ottlat-11 tt.-k frunt tile hole. "t kind and mant. I Arotillam-ot"riseks.
044-111 Irlplif"I ('so opt("11111% FeII,uIt% of"nif On the type Of to St's., (b) arocillam-tts Irre"Iso-4
x I-wk Tom 6-11-1f,it res-smsendst
00 gif.-Imi. i's) UIIAtt*. u4nil-tolloy honst"I with Alves
00 AICIS Imum156. so odimsimcit. rite svist. are thimlith, 1, 00
v1disknic I-L, of hish %ifivu etyntent-
Nlk 71, NIMCI, ot KCI naphthCHIC 114-111 110011 Or I&,-[ IIY IlWIV01ilig tile 1314111Y III WUtk-r tit 491-1 re.
%lulilar Illatrtiali. C. K., ordinary WMP. petroleurn sulfanate Illain ill tiny mirlyler creek% In the rock; thii Pirtment,
g 0
U.2.~-O.M~ (b) PAII(Wolle with argiffaccous bonding inate- such 1-rut-L, ("I'll "Is-4ttl AKAIU bY -.441-healinir." In
rial-- NueJ'IUA%, (e) sand4joup with "'It sist.k. Such tailents ate bulturiant only for 6orknot d" Is
0:9 ous Ix,riding matrilal-NaCI 0.2A% together with N&,C(% hs4rI at ass all did in preventing stividtlit o(the drill. The
aLtut, twoutruentled are ntd effertivsr wisely used In bodriff
40 ~OJr
Na;M little (m*-I1o.K %, sil"te rtwL4. mieh as c-.sk-urrints rocks cutktx. hitutucti, as such rocks ate wrttmi
The istrim. and ayWymm of soins. "I
Krunit" autl t)ther rocks nith a hixh content of sslicate with great diffieulty.
if !he &Vnt4 are di%cu-ed. liquipment for prem.distribut-
0
W Ing anti utilizing the .4m. in ruininigogserations
J! ;
hirthoiN for t"thle th~ effcctlvvtl~ of Sogentst U-1 i's I
Nsel"m Mr.- reviewsA. W~ Perrv 'zoo
OW,
~--.70
the
611ALLURIC.ICAL LSTVWATL.*t CtASSIFICATICIS IF
Is 4"~ I -'IN I ------
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--SMINMI IJO
a50/2480 (Hardneas reducers in drilling. A pbysicochemical method of
facilitating the mechanical destructicn of rocks during drilling)
Rvblilll Twordutl v bmiix JPiz'&='hiId2hOvkU Wad Sulisbul,
MAhmicheskoac Razrushemila Twerdykh Gomkh- Forot ml-bwevU, Moscow-
,, 19". 199 Pages.

o,

:Jr- ar. I -1 71 - I1~ ., - .
Shrz~~-.-r, L. A. "The 6ependence of the productivity of a cuttin.:- instrunent on the
har-nes.-.; of -i-lhc aincral r1elin'.- Cut") Ne.Ct. Eqoz-vo. )4- .'0. 12 u ~;-8
S-0: U-2,,188',, 12 531., (Letopis' Zhurnal Inyl--h Statcy., "o. 2, 1949).

4
foa lids 4 to I 1221 121JU13 14 it 4 of a
-A -.X--P --'I,a I V
Ist ..V i-tv~ 9,00tot,
s ..b P411711 q Sit 5

Hardaulail oi sJuntistuat In tufting fit diat Inactive anti its
a surface-active misillum. N. A. I'letrisels-A L A shref.

hinder. DolkladyAkad
jw, and P. A. Re

it 62, dful-fi(tolig).-In tifilling in annealfM At, under caust.
'l
d
It
l
i
b
i
go urm
,
ris-
cto
Ar
t%
, the Ill
AIW presintre oil the tivil
go -YTRIIIW under IN 11114.) at I lie I"It
16"1s tilt .1sillest little IISCIVAWS 1.1 is Irlwl emput In file
00 Wr*#I C 411 It Ittff&Ct-&CIIVC AullidAth-C; t.g., With All III-
0 flat It I lb Us./sq. surst., the Increase in pure keri"rue
j
%I" A); 01. will) I),*-,A% 1,41"111L. SwIslo.1.1141.31 fill 46
00 flelAb b of 4 mm). With Increasing ro"Cis. .)I Ilse lk,Ljr

*0 mirsticl., Its effectiveness, In lowering the *is. mirk of eist-
tint incritsm". and. at thill' Must! 11"le. I he hardening eflect
*0 of the drilling (at cossist. 4) cleereastes. In pure krm%eur.
06 the Intagral work cit cut ling (As) Iticyrams reculdirly with k,
i
I
I
% very nearly corvit..
whierms with 0.2A% tialtutitiv av
d
t
Its showing full an insignificant liumAr incfeaw. At h
7
00
it 2A. 4.0 runt.. in pure kertimene, anti -fill 0-25'
~ Imhultic
! Avid, It - 24 &tilt 24, it I &tilt (", Wil and 114, t 15 an.157;
fit
1.
the regular int:mW anti the constancy Of It. re,,p.' Imratirl
Anti esLpLisin I lie behAvi4w of.4. as sA funct ion is( A. X.1%
.00
isoo
=O4
nee
goo
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Nee
'aw,
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I A I I. -11.lr. *OI1XW4IU14I CLASSIOKATIGN
A 1, It r4 0 IS 0 -3 ill ill 2 A 4 3 a 9
Oil IS to at 04 a It III U VE U It It KOM It Isk
7-.- ~' 40 0 0 1111041111110 0000 0 11111 00 0 0 000 *10 0 0 0 a 0 0 a 0 0 0 0 0o
to 1 0
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SfM-NLR, L. A.
USOM/Physics Plastic Deformation Cold-Hardening Nov 48
"Development of the Plastic Deformation Region and Cold Hardening During De-
formation of a Metal in the Presence of Surface_;Active Substances," T. Yu.
Lyubimova, Acad P. A. Rebiner, L. A. Shreyner, Div of Dispersed Systems, Inst of
Phys Chem, Acad Sci USSR, 3 PP
I'Dok Ak Nauk SSSRII Vol LXIIIJ, No 3
Variations in hardness with removal from the surface show extent of cold-hardening
zone. Direct observations of the deformation zone show the region of.extermal
dispersion of metalorains is greater during deformation in an active medium.
Dispersion of crystallite also proceeds more intensely. Submitted 27 Sep 48.
PA 55/49T104

Role nt surfec"alve lubricating-cooling liquids In proc.
Zhur. Trkk. Azn 10, 84-7(ji"10i.-The lW:_'s~M4-f"FhMc-
il"t anti Llud pm %4-Ag dcul. without lubricant, with 11.0. a
-'I% N31COI ',Willi., and I % AIIII Or,'; UXIP 110111S. Willi IhV
Later, tile sstxx. %tres-t in tile Ist pass is ilmrcmkNI by 147c t,
vinnimicil with IIjO. The ratio Pt,'kJ', - I'll (white tile
~Uh--Fijlt- mfcr to tile 114). 0( the lm%sl is tlcvrejv~%l front 18%
in 11.0 to 11.8% in the 5- -will mlin. Without lubicmv.
P ill 14 co"'K."'tivc P~~, 101 trolls :.",M) it, 1-441 kg. 1111.1
thril remaint'l ullchanged: Intli'lellilig ~itlt'. Al -III
;Aftrr IfIC2211.) I.., C'm,41 P III fall In IM kx. Willi thr.`,~,',
.%41. -111. tlc,l filing *hv I' - 61k) Lg i, Scm-lictl thrl
-,'*IV The v-itiollareforv% of at% article rolicti will%
-Amp k %tuallff Omit with'stit lithritutim,
C.11willivilify. 14111441W- 111--flICt' -- Il'it" 4
lower h4fdn-~ Tlu-ir .ITn-t eml~iqs ill facifil-aillic pl-m.
11 ... N Thou

ustiod of the effectiveness of
hilifl,lifil~". Zliolr; iss'd
"es' In the working of metals under
pressure. S. Ya~ VOW aml L. A. ;hrrbirb, Pokhjdy
AA-ad, Samk CO. 3ZVXY Ili 101"'W I.rl kill
'd 6.316 111111. dialu. i4 pfc'~") relwalvilly
obhquc cylindr"I 0,301.1rull. bure ill a Trivial
.t brasil, all't the kxul P is mea-Aired a% a funclifin (I the
sw letr4tiots h. with anti without lubricant. Curve, of P
all.tin%thithowasnall.P.. The values of I'ditnini%li %ith
rach foll,minit Puss. And the irsax. becoun, flatter. if
nwaium the 11'.. " of rt'll-vilti- Im-, Ot,-
I'-wV11.1111K curve, "MaiticAl ill file 4 ~ Itibri'a"I
15' , 0116- Of -6 UsUP CO"tK- fAl,; fAttY "6110- iq f1mu'll (11 lie
coll'iderably WOW that obtain"I -ithout hibricaut, thu,.
at " - I ( Itt Isass), P. - Mand VLS kg.. m. is. TherCect i,
evidently det'l. 11.E wily by a drefeaw of frictioll hilt also
ljy harreawil ca%- of plastic defunuatiou ill tire surface
IJVcr. owing to the Presence Of sinface,activV ~ul~(Allc".
After a certain no. of Itimes, 11. becouies cusiNt.; this takc,4
plAcr. in the absente of a fuhricaut, tiller 14 jm-~wl. anti,
art it& presence. After 5. This indicut" that. with a sur-
(ACV-active Substance. the proce" of plj~cie fl.1w in the
~ufface Liver is completeil ~Rsrsrr. S. Thon
~Z~ , I wl:~ - 9 Lp - C", Ff b U I ~ J~

NER., 1 . A.
Physical orinciples of the mechenics of rock formation; mechpnical prop.~rties are; ie-
molition orocesses in boring Moskva, Gos. nauchno-tekhn. izd-vo neftipnoi i x-orno-
toolivnoi lit-ry, 1'?51". 210 (5n--lVj09)
TN281-558

N G
c tA

-TiWeCtigatio-it-if the WIPAisilting6kc-tio - - - - - - 00% reduction, in CC14, dry, ill Spindle oil, ill 60% get ill
07 at
-V
nonamo 010 in oxidized
(incan) - 106
T2
and at
araffin
el
m
r
d P. A. Rch
a
drawnt ~. S. Ya. V clier. L. A - Shrellicy, A , a,
.
,
,
,
p
g
-
umoscotv). Lime-
Phys. Clicur., Acad. Sel. U.h.5.11t
k jjgL and 44 kg./sq. trun., resp., und brass, (try, in aq. Na
.
h141y mijil S:S.S.,R. 73, 5ti-13(1050).-A hand of oleate, in oxidized paraffin, and in CC14, 71 (inean) = 55,
in it U-shape I-., drawn out with the aid of a h
luctal foldett n 33, 25, and 8:1 kg./sq. mtn. The lubricant dets. also the
-
.
vertical die, between 2 horizontal cylindrical matrixes, and max. possible reduction. e.g., for steel
in CCI,. in mineral
'
and 051 '1
oil
and in oxidized paraffin
it is 49
57
rcsp
the normal compressive stress X exerted between the
-; recorded by an indicator connected
inatrixes and the dit: I .
,
,
) ,
,
,
The iocreased ability of the inctal to be drawn otit in the
.
with the spring dyansitouieter housing the matrixes. These
- presence of lubricants Is line not only to refluce(I friction,
-
along with tile tangential stress P (identical
detils
of N but almn to the greater ease of surface flow in the presence
'
.
,
'with tile vertical load acting on the die), give the con- of surface-active substances. Tile stretching stress v2 in-

1
ventional friction couff. f - PIN, tile effective aut h crcmws with the reduction; its max. value, at rupture,
varies bel
ween narrow limits
and shows some parallelisal
2,
stress ai = P12SI, and le stretching stress -72 P 2S
t .
,
l ' til)lk relliuved,
wlivre S, = area (if tile Cro%%-see Unit S: = with f, the latter suaguitude, for steel. at P = const., was
after. reduction. For a given
UrM Of tile cro-~q-sectiou found 0.28 in CC14 and 0.15 in oxidized paraffin.
inetal, a, rensaius const. ill ,lepinulently of the degree of re- N. Thon
illiction, and variv~ delivildilig oll the medium. '11111N. a
it) X 10 X I-111lit. .4ct-1 Sample gave, between s and -A)--
2- L+, N aV

4m M, r0
-:pull
~;wtl rip So t fr6 11
w 4zxd:iini&W'sV'4601 Q fir . 36 - intxl~
o r,,: 171 ck' "Mo a 'a-OPM 0
10

VEY-LUZ, S. YA., SHRE-PYNER, L. A.
Lubrication and lubricants
Method for investigation of the effectiveness lu'cricants used in treatment of metals
under pressure.
Trudy Inst. Fiz. khimii AN SSSR No. 1, 1952.
9. Monthl List of Russian Accessions, Library of Congress, December 1952. UNCLASSIFIED.

SHREYNU, L.A.
*W#--Wg-
In the Petroleum Institute of the Academy of Sciences of the U.S.S.R. Izv. ,
AN SSSR Otd.tekh.nank no.9:1364 S 153. (MLRA 6:10)
(Petroleum)

Subject USSR/Engineering AID P - 277
Card 1/1
Authors Shreyner, L. A. and Pavlov, N. N.
Title Mechanism of destruction of hard rocks and new types
of cutter drills
Periodical
Abstract
Institution :
Submitted :
Neft. Khoz., V. 32, #4, 9-15, Ap 1954
The author discusses the mechanism of destruction of
soft and hard rocks in relation to the contact surface,
specific pressure of cutter drills and velocity of
drilling. The following characters of destruction are
considered: ~fl Surface destruction, (2) fatigue des-
truction and 3 normal (volumetric) destruction. The
operation of a new type of cutter drill with semi-
spheric teeth is described and Illustrated with test
data. 2 tables, 7,charts, 7 references 2 Russian,
(1947-52)
None
No date

SHREYNER, ODFG
Determination of plastic properties of rocks. Dokl.AK HER 96 no.3:511-513
My "4* (NLRA 7:6)
1. Institut nefti Akadamii nauk SSSR.
Predstavlano akademikom S.A.Khriatinnovichem. (Rocks) (Plasticity)

AID P 3620
Subject USSR/Mining
Card 1/1 Pub. 78 - 4/2o
Authors _ghr_eyner,.L. A., V. P. Yakushev, 0. P. Petrova and A. T.
.
Portnova
Title Classification of rocks according to their mechanical
characteristics
Periodical Neft. khoz., v. 33, #10, 15-23, 0 1955
Abstract The author makes an analysis of the purely mechanical
characteristics of rocks that are important for proper
use of drilling equipment in penetrating the formations.
An apparatus is described which was used to determine the
compressive strength, resilience, plasticity and breaking
point of brittle, plastic-brittle, and non-brittle rocks.
Some data of those tests are given. 4 references, 1949-
1955.
Institution None
Submitted No date

SHRRYMM. L.A.- GAN' GHZHI-TSZYAN' [Ran Chih-chien].
-
Effect of revolutiona per minate on drilling rate when using cons
and roller,bits.-Seft. khoz. 34 no.12:13-17 D 156. (MM 10:8)
(Oil well drilling)

PHASE I BOOK EXPLOITATION 976
Shreyner, Leonid Aleksandrovich, Petrova, 01'ga Pavlovna, Yakushev,
Vasi y etrovich, Portnova, Anna Timofeyevna, Sadilenko, Konstantin
Mikhaylovich, Klochko, Nikolay Aleksandrovich, Pavlova, Nina Nikola-
yevna, Balandin, Pavel Stepanovich, Spivak, Aleksandr Ivanovich
Mekhanicheskiye i abrazivnyye svoystva gornykh porod (Mechanical and
Abrasive Properties of Rocks) Moscow, Costoptekhizdat, 1958. 200 P.
3,000 copies printed.
Gen. Ed.: Shreyner, L.A., Professor; Executive Ed.: Kovaleva, A.A.;
Tech Ed.: Polosina, A.S.
PURPOSE: The book is intended for scientists, engineers and technicians
engaged in drilling operations in the petroleum and mining industries.
COVERAGE: The book describes methods of evaluating the mechanical pro-
perties of rocks by means of the stamp-pressing technique. This meth-
od makes it possible to determine simultaneously the hardness, plas-
C,

14(5) PHASE I BOOK EXPLOITATION SOV/1393
Akademiya nauk SSSR. Institut nefti
Trudy, t. 11. Neftepromyslovoye delo (Transactions of the
Petroleum Institute, A-ademy of Sciences, v. 11. Oil Field
Tzd-
Industry) Moscow, vo AN SSSR, 1958. 346 p. 2,000 copies
'printed.
Resp. Ed.: Krylov, A.P.,,. Ed. of Publishing House: Savina, Z.A.;
Tech, Ed.*. Kisei~-,ra, A.A.
PURPOSE4 This book is Int~tad-=d for geological engineers special-
izing in oil well drilling and oilfield operations.
COVERAG E,, This book, a coll-c-tion of 26 arti~31es, describes the
m1n_=rL uomposition of har'd', friabi,,~~, and plastic rocks, their
deformation and destruction at various geoiogical platforms of
the Soviet Union; it further prestnts designs of rock bits with
different cutters, whic~h can be successfully used for crushing
varilous formations. Th~-, ~ffi:clr, of els--tric current on binding
Card 1/10

r TraMaLticns of tha Pt+ro_1,.,am Insi;ituts SOV/1393
Bubstan,%,6s such as ci~mn?- sllirry,. plastver and lime solutions,
aE well as their trzlatME4,n'~ w1th current carried out
tc~ hard~~_nirig -,ari! di5zussad. It is stated that
elt--tr-li My b~- u_qed f::,r strengthening the walls of a
,4ell, and that.this promising m-~thod has been successfully tested
-rodes used for this purpose-
on ,.rarious (,,o:r.=s . D.tsigns of elect-
ar+ prssi!Ww-~~d, Dr~.1,11.rqg of deep w6lls with conventional and
sectional turb~jdrllla _'Ji aaalyzed, and turbodrill parts described.
Oil well drilling in eastt~rn Sovi,~6-?.': r(-gions appears to be compli-
cated by an sx,~t3slvs of drilling fluid into forma-
tions of hj_,,r1z.-,r_q ~ To rime this, methods Improving
1199"g PT1*1
t h~~ p nt slur-7y are proposed . In this
tj-za 2;f ato-ris-like. to rocks oL;' differ-
ent ro_mpositfon has b---sn with the aid of varlolas
appara,tiju, . and th,~! f1l,.--rat.-ion of dril'IlIng fluid into formations
of Tatar RepublIc. oilft-~%Ids haB b,=---r. analyzed. Methods of
P_Uminallins ths !v%-gatlve r~:n."."'rifugai f.3r,,.,- of presentl,-ly used
d-----P Plamps art. propoA!~-_!, as Exr:~ niiw systems of pump jacks.
'r_La-"'ic,n of rne;s!21_iT't In. formations with
Th'e
Card 2/101

Transactions of the Petroleum Institute SOV/1393
varying permeability is investigated on the basis of theoretical
calculations and graphs. Attempts to extract petroleum from the
loose sands of the Romashkino oilfield by injecting water or
certain petroleum products, free of paraffin and tar, are det-
scribed and results of experiments given. The method of stimu-'
lating petroleum flow in various petroliferous provinces by
injecting high pressure gas into a partially depleted formation
is explaine, 'd, and some recommendations given. The process of
subt6rranean,.burning of a part of the petroleum deposit, as a
thermal method of petroleum recovery, is discussed, and laboratory
experiments illustrated by numerous graphs. Tectonics of soft,
clayey rocks are investigated in connection with the problem of
caving, and the results of experiments made to ascertain the
effect of tension and moisture on the stability of such rocks
are analyzed. The influence of pressure on the-selective
saturation of quartz rocks with water or petroleum, as well as
on the saturation of porous rocks is investigated. Laboratory
experiments were made in an attempt to find out the saturation
rate of various minerals wetted with water after being treated
Card 3/10

Transactions of1the Petroleum Institute SOV/1393
with various solutions. Tests conducted in connection with the
P.roblem of equipment corrosion proved that DO-Na solution is a
good inhibitor against corrosion and that sulfide coating is a
good protective agent for steel against corrosion. The pro-
cedure of turbine drilling under different conditions is analyzed
and the advisibility of lowering the upstream pressure of the
drilling fluid is emphasized. The prevention of caving by apply-
ing various methods is discussed, and the application of a
coefficient established on the basis of calculations is recom-
mendqd. Hydraulic fracturing of formations and the treatment~--~
of oil wells with hydrochloric acid are also recommended as
efficient methods for boosting cru4e oil production. The devel-
opment of natural gas recovery in the-Saratov and Stalingrad
regions is outlined, and the advantage of the utilization of
natural gas on a larger scale is emphasized. Bibliographic
references accompany each article.
Card 4/lo

Transactions of the Petroleu~m Institute SOV/1393
TABLE OF CONTENTS:
1. Yakushev, V.P., L.A. Shr Influence of Mineral
jjj A . S~h*
tructur~
,i~
e
Composition Ln tructure of Rocks on Their Hardness
or Plasticity
2. Pavlova, N.N., L.A. Shreyner. Rock Destruction Process
T_-Des1-g-n_fn_g Rock Bits
and Problems o for Hard, Friable
and Plastic Formations
3. S~~ ~L ~. N.N. Pavlova. Experimental Data on De-
struction of Formations Due to Fatigue
4. Titkov, N.I., A'.'S. Korzhuyev, N.S. Don. Problem of the
Effect of Electric Current on Binding Substances
5. Nikishin, V.A., N.I. Titkov, and A.S. Korzhuyev. Method
for Determining the Cement Slurry Hardening Time by
Electrical Resistance and Temperature
Card 5/10
3
18
46
53
73

Transactions of the Petroleum Institute SOV/1393
6. Titkov, N.I., A.S. Korzhuyev, V.A. Nikishin, and
V.G. Smolyaninov. Application of Electric Current
for Strengthening the Core of Oil Wells
7 Titkov, N.I., G.A. Lyubimov, and I.D. Sferina. Study
of Turbine.-Drive Used in Deep Well Drilling
8. Titkov, N.I., A.I. Berezhnoy. How to Increase Plugging
Properties of the Cement Slurry
9. Titkov, N.I., N.S. Don. Study of Adhesion of a
Stone-like Cemet
10. Vinarskiy, M.S. Some Problems of Preventing Drilling
Fluid Filtration in Oilfields of the Tatar Republic
11. Barenblatt, G.I. Calculation for Distributing the
Pressure Under Rigid Conditions and Varying Oil
Well Flow
Card 6/10
85

Transactions of the Petroleum Institute SOV/1393
12. Gadlyev, S.G. Negative Centrifugal Force of Deep
Well Fumps and Some Methods for Its Elimination 170
13. Zheltov, Yu.P. Restoration of Bottom-hole Pressure
Under Conditions of Varying Permeability of Forma-
tions in the Bottom-hole Zone and Beyond the
Oil Well 184
14. Geyman, M.A., and R.A. Fridman. Dislodging the
Romashkino Field Petroleum From Loose Sands
Carried Out at a Low Temperature 193
15. Kapelyushnikov, M.A., S.L. Zaks and V.F. Burmistrova.
Stimulation of-Petroleum Flow by Injecting High
Pressure Gas Into a Partially Depleted Formation 209
16. Sheynman., A.B., A.I. Sergeyev. Experimental Study of
Burning in a Petroleum Saturated Sand Layer 228
Card 7/10

Transactions of the'Petroleum Institute SOV/1393
17. Baydyuk, B.V., L.A. Shreyner. Influence of Tension
and Moisture on IE-e-M-a-blflity of Argillaceous
Rocks of Oil Wells
18. Koshevnik, A.Yu., M.M. Kusakov., N.M. Lubman. Study of
the Effect of Pressure on the Selective Saturation
of Quartz Rocks With Water or Crude Oil
19. Kusakov, M.M., N.M. Lubman, A.A. Kocheshkov.
Influence of Pressure on the Speed Rate of Capillary
Saturation of Porous Formations
20. Shneyerson, V.B. Variable Saturation of Oil Reservoir
.Rocks Carried Out at High Pressure With Liquids
Which are on the Threshold With Various Gases
21. Shneyerson, V.B. Sulfide Coating Produced in DC-Na
Solution for Protection of Petroleum Equipment
From Corrosion and Wear
Card 8A0
240
264
271
283
294

YAKUSIM, V.P.; SHHEYM, L.A*
Bffect of mineralogical composition and texture of rocks on
their hardness and plasticity. Trudy Insteneifti 1113-17
158. (*IRA 11112)
(Petrology)

FAVLOVA, K.N.; MIREDUR, L.A.
Mechanism of rock destruction and problems in the design of
drills for hard, brittle, and plastic-brittle rocks. Trudy
Inst.nefti 11:18-45 '58. (MIRL 11:12)
(Rock drills)

SHREM MI, L.A.; PAVLOVA, N.N.
.Experimental data on the fatigue break-down of rocks. Trudy
Inat.nefti 11:46-52 158. (MIR& 11:12)
'(Roe"-Testing)

BAYDYU,K. B.V.; QWAW~ L.A.
.~ .
Effect of stress and moisture on the stabilitY of clay soils
in wells. Trudy Inot.nefti 11:240-263 '58- (MM 11:12)
(clay)

SPIVAK. A.I.; SHRNnDM, LA,
Abrasive properties d minerals, rocks, and heavy made. Axerb. neft,
khoz. 37 no.4:17-19 Ap 158. (XnA 110)
(Abrasives)

AKMLLINP M.Sh.; ZHIGACH, K.F.; SHREYNER, L.A-__
Effect of flush fluids on the wear resistance of bits I
ucheb. zav.; neft' i gaz 3 no.9:29-32 160. (hRZ,v/,.,:4v3y
1. Moskovskiy institut neftekhimicheskiy i gazovoy promyshlennosti
imeni, akademike I.M.Gubkina.
(Oil well drilling fluids) (Boring machinery)
I

ago
PAVLOVA, N. 11. - STIT'_YkI,-T' L A
Effect of the rate of loading on the nlasticity of ma ble in inden-
tation tests. Dokl. AN 33SR 137 no.2:319-322 Mx 161. OMIFA 14:2)
1. Institut goologi-i i razrabotki goryuchikh iskopayemkh AN SS3?,.
(Marble)

S/020/61/139/002/017/017
B103/B220
AUTHORS: Shreyner, L. A.9and Sadilenko, K. M.
TITLE: Physicochemical effect of liquid media on the wear of steel
and hard alloy on friction with rock
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 139, no. 2, 1961, 427-430
TEXT: The wear of hardened steel grade Y,6'(u6) and tungsten carbide:BK6
(VK6) was studied on friction with rock (mainly quartz) in the following
liquids: (1) water, (2) dodecyl aminoacetate (0.1~6 (3) sodium cleats
(0.25~), (4) carboxy-methyl cellulose (CMC, 2%), ONerosene, and (6) oleic
acid 1% in kerosene). In the opinion of the authors, the effect'exerted by
the physicochemical properties of liquids on the wear of solids is of
practical importance, particularly for well sinking. The tests were made by
using the apparatus shown in Fig. 1 Rnd specially developed for this purpose
by L. A. Shrevner et al. (Ref. 1: Mekhanicheskiye i abrazivnyye svoystva
gornykh porod, M., 1958). The rotating disk I (diameter 30 mm, thickness
2.5 mm, circumferential speed 47 M/Min) is pressed against the surface of
specimen 2 by the load P (10 kg); the specimen is moved slowly. The test
Card 1/6

S/020/61/139/002/017/017
Physicochemical effect of liquid ... B103/B220
liquids were applied to the contact points of 1 and 2 as flat jets. The
volumetric wear of 1 and 2 was determined after each test; the frictional
force F between 1 and 2 was measured in the test by a special momentometer.
The conditional coefficient of friction P = F/P was determined. Also the
volumetric abrasion work was determined from P only summarily. Its
individual components cannot be analyzed. Thus, the specific abrasion work
of frictional forces refers totally to 1 and 2. The authors' test method
permits (contrary to conventional methods) to clarify the nature of the
phenomena more completely, particularly in the presence of liquids. The
initial roughness of friction surfaces was the same in all cases. The
effect of liquids on other rocks (lime, pyroxene, microcline, flint) was the
same as on quartz. The results are shown in Table 1. Therefrom the authors
conclude that P and consequently also the work of the frictional forces are
reduced in (2) (cation-active) and in (3) (anion-active) per unit distance
to 1/12-1/9, whilst the wear of steel (compared with that in water) is
reduced merely to 1/6-1/3. This is only possible if the surface-active
substances facilitate the process of destruction, i.e., if they are provided
with dispersive properties (Rebinder effect, P. A. Rebinder et al. Ref. 2:
Poniziteli tveraosti v bureni-EM(hardness reductors for boring), Izd. AN SSSR,
Card 2/6

~ S/020/61/139/002/017/017
Physicochemical effect of liquid B103/B220
1944)- In the authors' opinion this is proved by.Table 1. Liquid hydro-
carbons have quite another effect on abrasion. In (5), P drops to 1/7 while
the wear of steel is reduced to 1/40. The abrasion work increases rapidly
compared with that in water, iie., up to six times, since water favors the
destruction of steel and quartz contrary to (5). By addition of surface-
active substances, the wear is not reduced but increased, since these
substances increase the dispersive properties of hydrocarbons more than this
is done by lubricants. The effect of (4) (CMC) on wear differs from that of
the liquids discussed-now. In this case, the wear is lessened due to the
polishiiag effect. At the beginning P in CMC solutions equals P in water,
decreases then rapidly and reaches approximately the values that it has in
surface-active substances. Parallel to P., but more quickly, also the wear
decreases (on quartz). The wear of quartz decreases simultaneously with
the wear of steel in all liquids (1)-(6). The effect of surface-active
substances in aqueous and hydrocarbon media on the wear itself is related,
first of all, with the adsorption phenomena occurring at the outer surface
of the friction bodies as well as in:the ultra-thin layers adjacent to this
surface. Moreover, the destruction on wear is, according to its nature, a
fatigue process, whereby the efficiency of liquids is affected. This
Card 3/6

S/02 61/139/002/017/017
Physicochemical effect of liquid ... B103Y3220
efficiency increases with deterioration of the conditions prevailing for the
mechanical destruction of solids. The roughness and sharp-edged nature of
the friction surface increases from quartz over arenaceous sandstone to
abrasive, thus facilitating the mechanical wear of steel. Consequently, the
wear of steel decreases in (3), and particularly in (5), far more on quartz
than on abrasive. It is difficult to find out which body is affected by the
corresponding liquid if friction occurs between bodies of physically so much
differing properties. If only one of these bodies is affected, the wear of
the other one will also be affected. Special tests with steel-steel and
quartz-quartz showed that the effect of the liquid on frictional wear of
similar pairs may be transferred on no account to mixed pairs (sometimes not
even in qualitatiVe respect). The wear of the hard alloy VK6 due to fric-
tion on quartz decreases equally with the use of the same liquids, the
effect of the latter, however, amounts only to 1/4-1/2 of that in the case
of steel. Furthermore, abrasion usually decreases proportionally to the
reduction*of frictional forces, i.e., mainly under the action of lubricating
properties of liquids. There are 2 figures, I table,,and 4 Soviet-bloc
references.
Card 4/6

S/020/61/139/002/017/017
220
Physicochemical effect of 1.iquid B103~11
ASSOCIATION: Institut geologii i razrabotki goryuchikh iskopayemykh.
Akademii nauk SSSR (Institute of Geolog an4 Miningof
'A R
Mineral Fuels, Academy of Sciences USS
PRESENTED: February 17, 1961 by P. A. Rebinder, Academician
SUBMITTED: January 28, 1961
Hj"0C "A eAHRRMY yxeAbNon paftls
"&Hoc&.
.)KmAxpx cpeAa CRT
Tp#H"x'
BW 4,80 22,80 0,73 t5 3.4
Y.,.aoAeLiHjiamtiHoatxeTfiT
0,82 6,45 0,06 7.5 1,0.
30neaT HaTPHR (0,25%) 1,60 4,40 0,08, 5 1.8
q KaPOOKCHmenwittenjifoao3a
(Kh14, 216) 1,07 3.70 0, a0 28 8 2
rKePOCHH 0,12 1,65 0'to 88 0:3
ConeltHoBas X11CAM (1%
0,2t 3,50 0,12
B xep0C11He) 58 4,8
Card .5/6

8/84 62/000/000/116/129
D207YD307
AUTHORS: Shreyner, L. A. and Polak, L. S.
TITLE: Utilization of 6' radiation for th e visualization of plas-
tically deformed regions in minerals and rocks
SOURCE: Trudy II Vsesoyuznogg soveshchaniya po radiatsionnoy khi-
mii. Ed. by L. S. Polak. Moscow,*Izd.vo AN SS3h 1962,
674-676
TEXT: A review is given of the Wes~,qrn work dealing with the irradi-
ation of calcite and marble with COW r rays-.07 x 106 r) which
made visible the plastically deformed reg~ons-by colorchanges. The-
present authors applied this method successfully to marble an(f mo-
nocrystalline rocksalt in which the shapes and dimensions of the
plastically deformed regions were thus clearly established. Ultra-
marine coloring of some natural rocksalt crystals is ascribed to
the plastic deformation in the e'arth's crust which was followed by
irradiation from natural sources. The studies -ere carried out at
the Laboratoriya mekhaniki porod IGiRGI AN SSSi (Laboratory of Me-
Card 1/2
C

KLOCHKO, N.A.;,SHRE(NER,_L_,A.
Using bits with cutters made of hard-alloy grains in thermomechanical
core drilling. Izv.vys.ucheb.zav.; geol.i razv. 6 no.3:113-3-17
Yx 163. (MIRA 26:5)
1. Vsesoy-uznyy nauchno-issleeovatellskiy institut, tverdykh pplavor,
(Core drilling)

i
FAVLOVA, N-ina Nikolayevna; -.SP~MIER, Leor-id Alaksz~-ndzovich;
LAVROV, N.I., ved. red.
'Breaking rock umder d c loads] Razrushenie go-r
L yriami
!,ykh porod pri dinumicheskcm nagruzhenii. Moskva
Nedra, 1964. .158 p. (,.',-Tj-iA 18:121 ~

ACC NR- Am6026790 Monog.r.a.ph- UR/
Pavlova, Nina Nikolayevna;, Shreyner, L-eo-nid Aleksandrovich
Destruction of rocks during dynamic loading (Razrusheniye gornykh
porod pri dinamicheskom nagruzhenii) Moscow,,.Izd-vo "Nedra," 1964.
158 P. illus.p biblio. 1550 copies printed.
TOPIC TAGS: geology, geologic exploration't mining engineering
PURPOSE AND COVERAGE: This book is intended for engineering-technical
and scientific staff members of the oil and mining industry. The
authors describe the results of the investigation of mechanical
properties of rocks at various rates of deformation. They have
established new patterns of behavior of rocks under dynamic load-
changes in strength and plastic properties of rocks with increases
in the rate of deformation. Particular attention was paid to the
analysis of the processes of rock.breakage in drilling., It is
shown that changes in the.strength and plastic properties of rocks
with increasing rate of dynamic load affect the process of destruc-
tion of rocks in drilling,
TABLE OF CONTENTS [abridged];
Introduction -- 5
Card I
I) C VV^f0

ACC NR, AM6026790
Brief review of investigations of mechanical properties of rocks at
varying deformation rates -- 5
Methods for conducting the investigations -- 51
Re6ults of experimental investigation of mechanical properties of rocksl
under-static and dynamic loads -- 78
Analysis of the results of investigation and the ways for their prac-
tical application -- 106
Bibliography -- 152
SUB CODE: 080 091 SUBM DATE: 060at64/ ORIG REP: 110/ OTH REF: 034
r-4

MARKIEZINP N.P.; SIIREYNFR, L.S.
Liquid-liquid - vapor equilibrium in the system Propyl alochol-
diphenyl oxide - water at 25 .. Zhur. prikl. khim. 37 no. 4:
888-889 Ap 164. (MIRA 17:5)

15-1957-3-3103
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 3,
p 99 (USSR)
AUTHORS: Kniga, A. G., Shreyner, N. M.
TIM E: Some Properties of Sy*nthet c 'alcium Sulfate (0
nekotorykh svoystvakh sinteticheskogo sullfata kall-
tsiya)
PERIODICAL: Tr. Leningr. tekhnol. in-ta pishch. prom-sti, 1955,
vol 12, pp 247-252
ABSTRACT: Dihydrated, semihydrated, and anhydrous CaS04 were
synthesized by various methods. The following reagents
were used to produce microscopic differences in the pre-
parations: silver nitrate, mercury nitrate, potassium p
iodate, Rochelle salt, and ammonium oxalate in the pres-
ence of ammonium acetate. In all cases 0.1-normal solu-
tions were added to dry samples. Anhydrous CaS04 quick-.
1y reacts with silver nitrate, giving a white precipi-
Card 1/2 tate of orthorhombic silver sulfate; with potassium

KOSHKIN, N.V.; SIMYIFR, Ntml.~
Use of thiosemicarbazides in analysis. Report No.6: Qualitative and
quantitative determination of cobalt by means of 1-phenylthiosemi-
carbazide. Zhur.anal.khim. 18 no.6:757-,760 A 163. 04M 16:9)
1. Leningradski~ tekhnologicheskiy institut kholodillnoy promysh-
lennosti.
(Cobalt-Analysis) (Semicarbazide)

HUBENKC1 V. dnk tekhr, m wk. prot'. , L
-jSjflF,Y~E ~ R.T., inzh.. 1-MOSHERST,
jnzh.
Construction of converters for frequen--y rpaed reivulation of eleotric
drives. Flelctrcfekhnika 36 no.10~2.3~-26 0 165.
(141RA 1813.0)

SHRETM, S.A.; ZUBOV. P.I.
The structure of gals. Part 11: The dependence of the binding strength
on the conditions of formation of gelatin films Evith summary in
Rnglish]. Koll.zhur. 19 no.5:651-653 S-0 '57. (MIRA 10:10)
l.Fiziko-khimicheakiy institut im. L.Ya. Karpova i Leningradakiy
tekhnologicheski,y Institut pishchevoy promyshlonnosti.
(Gelatin)

5W
AUTHORS: Shreynerj S. A-- Zubov, P,, I. SOV/20-124-5-40/62
TITLE: The Determination of Internal Stresses in the Gluing Together
of Solid Surfaces (Opredeleniye vnutrenrikh napryazheniy pri
skleivanii tverdykh poverkhnostey)
PERIODICAL: Doklady Akademii nauk SSSRv 19599 Vol 124, Nr 5. pp 1102-1104
(USSR)
ABSTRACT: When investigating the holding power of gelatin solutions the
authors found a dependence between the holding power and the
conditions under which the gluing intermediate layers were
produced~ It was asaumed that this dependence is determined by
various internal (contracting) stresses which reduce the degree
of adhesive power, In this connection, a quantitative esti-
mation of Jnternal stresses is of special interest. In trans-
parent isotopic films on solid surfaces the degree of stress
can be optically determined., However, in nontransparent films
determInation of double refraction is very difficult. These
difficuliJes may be overcome by providing a base made of
transparent isotropic material with elastic properties. In
this case it is possible, from the variation of double re-
Card 1/3 fraction in the baseq (i.e. beyond the boundaries of the zone

The Determination of Internal Stresses in the Gluing SGV/20-124-5~40/62
Together of Solid Surfaces
in which the adhesive layer of the adhesive film is produced)
to draw conclusions as to the internal stresses in the films.
This assumption served as a basis for raising the problem and
for carrying out the present investigation. The films to be
investigated were deposited by vaporization on the surface of
tetrahedral recta7ngular glass prisms., According to preliminary
exporiments phase difference actually occurs during the for-
mation of the gelatin film on the surface of the glass prismg
whioh- however., is dist-ributed irregulatly over the indivi-
dual prisms. The smallest phase difference occurs, as may be
expected,, in the layers adjoining the boundary between glass
and film. With increasing distance between the-glass layer and
the separating surface, the difference decreases according to
a linear law, and, at a distance of h ~A3, it attains the
-value zero. With a further increase of h, the curve becomes
more complicated, By extrapolation of the phase differenoe up
to h ~ 0,. the integral amount of double refraction and, conse-
quently,, also the internal stress in. the base (as a function
of internal stress in the film) can be determined~ There are
Card 2/3 4 figures and 2 Soviet references-.

The Determination of Internal Stresses in the Gluing SOV/20-124-5-40/62
Together of Solid Surfaces
ASSOCIATION: Nauchno-issledovatel'skiy fiziko-khimicheskiy institut im.
L. Ya. Karpova (Physico-chemical Scientific Research Institute
imeni L. Ya. Karpov). Leningradskiy tekhnologicheskiy institut
pishchevoy promyshlennosti (Leningrad Technological Institute
of the Pood Industry)
PRESENTED: August 16, 1958, by V. A. Kargin, Academician
SUBMITTED: August 6, 1958
Card 3/3

S/069/60/022 OWCO?/'103
B015/1D054
A 17.T'qOq 3 '2;-.-re.-yner, IS. A., Zubov?. P. 1,
TITLE; influer-~~e r..' Internal Stresses on the Ad',tesion
zir-11-11-ti, 1960Y Vol- 22, No- 4, pp~ 497-502
T E XT: Thi ;pr-I:-aa~.--.t ar-.1cle is the 20th communication of the aa:~ies
7 r r a The trithors JatertnLned the influence Q'
A, I Y u :- e at.n thi q!:;,~-,- n,w an.] distrib,-Ition of internal stresse;3 ~-~n
Lavez-a -ihi---h --0 as an adhesive "..-ayer joined two T4?-! (TF-1) e,,'4ass prIsm!-,
(Figs. 2~ 3, stru.,ture of the adhesive gelatin layer); b) were appli!~d as
a!% adn-.z--L-,r& fil.:~ ko -'Lass, Th.a autho:,~s measured birefringenua 'by wsEins a'
a Th-ay-inveatigated the dependence cf the adiiesive
pt,,,vt;r cn !,he fc.7m,itloa conditiona ol' the adhesive layers ~~f 20% ;platln
-4.-th and without admixture (2 M urea solution, ? V, ac,?ramlda,
or OA:~, M Na_SO I (TabLe, Fig. 4). The investigation,3 of the kLtIatICS Of
d I -i nmBat of stresses in ".he formalion of films on ?Iass 5ur-
'-ho-Nad tha-" t~iere was a 1-inear relation bet,.Ai,3en stress ani Ifilm

AUTHORS:
TITLE:
PERIODICAL:
Shreyner, S. A., Zubov, P. I.,
Study of the internal stresses
Vysokomolekulyarnyye.soyedineniya,
1714 - 1717
S/~,90/62/004/011/010/014
B106"B101
Volkova, T. A.
in foils of epoxy resin
v. 4, no. 11, 1962,
TEXT: The increase and decrease of the internal stresses was studied in
adhesive foils of DA-5 (ED-5) epoxy resin as a function of the
solidification temperature and of the nature of the solidifier. When the
foils solidify in the presence of polyethylene polyamine above sulfuric
acid at room temperature, the internal stress's increase slowly in time
and after 20 days they reach the c8nstant value of 4 kg/cM2. If the-
solidification is performed at 110 C no stresses occur; this indicates a
high rate of relaxation. When the foils are cooled to _20 0C, stresses
of 70 kg1cm2 occur at first, which decrease by relaxation to a constant
value of 40 kg/CM2 when the foils are" kept for 3 days at 20 0C. These
internal stresses are reversible and depend on temperature, heating time,
and chemical nature of the solidifier. The relaxation time, too, depends
Card 1/3

511901621004101110101014
Study oil zhe internal stresses ... B106/B101
on the nature of the solidifier and decreases in the order polyethylene
polyamine -> phenol formaldehyde resin -, hexamethylene diamine. The
relaxation proceeds according to the equation of F. Shvedov (J. de
Physique, 8, 341, 1889). The results imply that the stresses are caused by
differences in the thermal expansion poefficients as between the foils and
the SUDports. Mhen the 'oils solidify in the presence of polyethylene
0
polyairine at 110 C, the internal stresses as well as the microhardness of
the epoxy resin foils increase proportionally to the increasing con-
centration of the solidifier, pass through a maximum with 6 - 8% poly-
ethylene pollyamine, and decrease again. Hencei maximum crosslinking is
inhibited by a deficiency as well as by an excess of solidifier. When the
foils form in the presence of phenol formaldehyde resin, the internal
stresses increase monotonically with the concentration of the-solidifier.
With increasing thickness of the foils, the stresses increase linearly.
2
When the critical stress values of 120 - 140 kg/CM are reached, the
films become subject to a spontaneous cohesive peeling-off. There are
7 figures. The English-language references are: N. A. de Bruyne, J. Appl.
Chem., 6, 303, 1956; R. AT. Mc Rintock, M. J. ffiza, Mod. Plast., 1958, 172.
Card 0

311901621004101110101014
Study of the internal stresses ... B106/B101
AS50CIATT
ION: Institut fizicheskoy khimii AN SSSR (Institute of Physical
Chemistry AS USSR). Leningradskiy filial GIPI-4 (Leningrad
Branch.of the GIPI-4)
SUBMITTED: July 11, 1961
Card 3/3

S Wed
-biifore:-Prq
ji~st

L
1850~6
5.
A e~1-11MOOTe%AT ILTICD,;-

L 01803-67 FWT(m)/E4P(J)/T IJP(c) VPNIRM
ACC NR
, t AP6030605' SOURCE CODE.- UR/0413/66/000/016/0093/0093
Drezel's, S. Zubov, P. L;
INVENTOR: Yeliseyeva, V. 1.;Avetisyan, 1. S.
Popciv, V. A. ; Makarov Yu. Imaylova, 1. -S, ; Orlova, K. G. derastmNa,
A. F.--'--G6rdonov, M. D ; Illchenkoi G. I.. ; Shrevner, 5, A.
ORG: none
TITLE: Method of obtaining alkyl acr late copolymerel Class 39, No. 185057
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 16, 1966,
93
TOPIC TAGS: copolymer, copolymerization, monomer, alkyl acrylate
ABSTRACT: An Author Certificate has been i sued for a method of obtaining
alkyl acrylate copolymers with a vin I acetate by emulsion copolymerization of the
proper monomers in the water phase in the'prisence of an anion emulsifier. To
obtain stable dispersions, 1-5 mol 016 unsaturated carbo*xylic ac-id, such as metha-
crylic acid'Jis introduced into the initial monomer mixture. [Translation]
SUB CODE: 071 SUBM DATI~: 16Jan65/
Card UDC: 678. 744. 32-139

SVP TVIJ r)Zf, ')ZIT 1%
Dissertations defended at the Institute of Yechanics for the academic degree
of G~jndidate if Fhysior~athcjpatl-cal Scierces: ,?,;2-
If-everal Froblers of 1--agnetic Hydrodynamics."
Z,
Vestmilk Akad Illauk, No. 4, 19631 pp. 119-145

ANO t4to 0119""t 4r"
L IA 02"11311 AbG #100981196 mot I
-410

'Well

A

and P. A. Rebinder. Mkladk
Akadem
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the Academy of
-s of th.- USSR)
new w
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PfOPOW A new metbW for the Acove, hWd at) d,
ep
,
drawing of a plate. Ile jiwthW pennits determirij."
Coke
tion not only of ungentiAl fom-ft of drawing
iout also
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egives o
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044 to- iovestfgate avcl~drawing lobrivflnt~ anti to) del'.r.

e041 joine the devp drawAbility of im-tak Typic-al dma
4ac labidatt-l. Apparatus is described and showit
%chentalicaltv
NNUALI l
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:!LA A ACTALLURSKAL LITINATIORS CLASSIFKATION
IV.
O.V cat IOSS"C"I 0311311 Cat d"V 09
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ACC NR' AP70031204 SOURCE CODE: UB/0056/66/05.1/006/1639/lf)42
AU7HOR: Belov, K. P. Goryaga, A. N. ShriniYasan,..S._
ORG: moscow state University (Monkovskiy gosudarstvennyy universitet)
TITLE: Behavior of the initial susceptibility of the paraprocess in ferromagnets
and ferrimagnets near the Curie temperature
SOURCE: Zh eksper i teor fiz, v. 51, no. 6, 1966, 1639-1642
TOPIC TAGS: magnetic susceptibility, second order phase transition, ferrite, Curie
point, thermodynamic calculation
ABSTRACT: The purpose of the investigation was to check whether the temperature de-
pendence of the initial susceptibility, as derived from the molecular-field and the
thermodynamic theory of second-order phase transitions, holds true for the descrip-
tion of the magnetic susceptibility in ferrimagnets, especially ferrites, near their'
Curie point. To this end, the magnetic susceptibility of an invar alloy of composi-
tion 36 irt.% Ni and 64 ist.% Fe and in ferrites of the system Nit_xZnxFe20,. (x = 0.0
0.75) was measured in the vicinity of the Curie temperature in both weak and strong
fields. In addition, the sample was subjected to two different homogenizing heat
treatments. The results obtained by the method of thermodynamic coefficien1c.3 differ
Freatly '=om those determined in weak fields. Furthermore, the thermodynamic coeffi-
cient results did not depend on the heat treatment, whereas those determined in vewk
fields were strongly dependent on the heat treatment. This is taken as evidence that
Card 1/2

ACC NR'
AP7003204
innomogencities of the composition greatly-affect the behavior of the magnetization
curves in weak fields near the Curie point. It is concluded that the theoretical
formula X-3- = A(T - O)y can be used to describe the susceptibility for a number of
0
ferrites near the Curie point) with 7 having approximately the same value (1.30 -
1.37) as for ordinary ferromagnetis. The values of 7 for ferrites and for the invar
allay are presented. Orig. art. has: 1 formula and 2 tables.
SUB CODE: 20/ SuBm DATE: o4jul66/ ORIG REP: 005/ OT~ REF: 012

SHRINKIN, Te.A., inzhener.
Deep drawing of thin sheet parts. Clzd.] LONITCRASarol.40-188-193
. 156. (KM 10:4)
..I (Deep drawing (Metalwork))

94T (I'll' -~iT (MVI~LiL ~/W_j T P(-
ACC NR: AP6025972 SOUftCE CODE: UR/0051/66/021/00ii6ifo~/-6-i-ii
AUTHOR: Belyy, V. A.; Shripkin, A. M.
ORG: none
TITLE: A variation on the method of recording resonance signals in optically orient-
ed helium 3-1
SOURCE: Optika i spektroskopiya, v. 21, no. 1, 1966, 130-131
TOPIC TAGS: nuclear magnetic resonance, electron paramagnetic resonance, resonance
absorption, quantum resonance phenomenon, liquid helium, light polarization, circulars
polarization, polarized luminescence
ABSTRACT: Experiments involving the measurement of paramagnetic resonance in optic-
ally oriented helium are described. In recording the modulation of the tFa sverse
light beam passing through a vessel containing helium, the authors observed that the
modulated signal persisted at the output of the photodetector, even though the ex-
ternal transverse illumination was interrupted. The detected signal showed substan-
tial signal-to-noise ratio as compared with the original level, despite the decrease
in its itensity. The phenomenon was explained when light emanating from the helium
due to the discharge radiation was observed. This light replaced the original extern-
al light source. The authors express their gratitude to Ye. B. Aleksandrov for his
interest in this work. Orig. art. has; 1 figure.
SUB CODE: 20/ SUBM DATE: OlFeb66/ OTH REF: 002
Cord 1/1 m i s UDC: 535.34:533.113:546.291

SHRIRA, 1. N.
SHPIRA, I. N.: "Changes in the geography of the mining industry in
the Rumanian People's Republic." Acad Sci USSR. Inst of Geo-
graphy. Moscow, 19%. (Dissertation for the Degree of Candidate
in Geographical Sciences).
SO: Knizhnaya Ietopis', Vo 23, 1956

Sffect on farm animals of alfalfa hay from fields sprayed vith
benzene hexachloride. Izv.AN Arm.SSR.Biol.i selikhos. nauki 6 no.2:
57-70 '53. (MM 9:0)
1. Kafedre. klinicheskoy diagnostiki Torevanekogo zoavatinatituta I
sektor zashchity rasteniy Akadenii nauk Armyanskoy SSR.
(Benzene hexachloride--Physiological effect) (Alfalfa)

SHIRTRO, I,I., inzh,
Some engineering improvements in hydraulic turbines. [Trudyl INZ
no.4.-320-326 157. (MIRL 11-64)
(ILvdraulic turbines)

GAMUS, Isaak Hironovich; SHRIRO, I red.; SOBOLEVA. Ye.M., tekhn.red.
[Pneumatic systems in hydroelectric power stations] Pnevmati-
ch8Bkoe khoziaistvo gidroelektrostantaii. Mosk7a, Gos.energ.
izd-vo, 1959. 127 P. (MIRA 12:9)
(Hydroelectric power staiions)

LIVSHITS, M.M., inzh.; SHRIRO'i I.I., inzh.
New method of assembling the spiral chambers of hydraulic turbines.
Energomashinostroenie 7 no.12:35 D 161. (MIRA 14:12)
(Hydraulic turbines)

SHRIRO, I.I.
Efficient method for laying7out blanks. MashinoBtroitell no.1:
34 A '62. (MM 15:1)
(Laying out (1-fachine-shop practice))

SHRIROJ, I.I., inzh.
4::~~
Remarks concerning V.M. Malyshev's article "Some results
of the studies of the acceleration of a semiuniflow Wdt
of the Kama Hydroelectric Power Station." Energomashinostroenie
8 no.10:45 0 162. (MM 15:11)
(Kamn Hydroelectric Power Station-Turbines-Testing)
(Malyshev, V.M.)

ZHKUDI, Adollf Yelizarovich ~deceasedl; KkNTOVSKIY, V.K., retsenzent;
RAUD, M.A., red.- SHRIHO I I red. SHCHEGOLEV, G.S., red.;
MATARCHUK, G.A. '- TIT I "
Z ~id-v~a;SPEMFAU, 03.1 tekhn. red.
(Screw pumps with cycloid engagement]Vintovye nasosy a tsiklo-
idallnym zatsepleniem. lzd.3., perer. i dop. Moskva, Mashgiz,
1963. 153 P. (MIRA, 16:3)
(Pumping machinery)

SHRIROY I.I., inzh.
Hydraulic turbines of the Uch~Kurgan Hydroelectric Power Station.
Energomashimostroenie 9 no.2:1-1+ F 163. (MM 16:3)
(Uch-Kurgan Hydroelectric Power Station)
(Hydraulic turbines)

SHIR'J.Rop I ~! , , Irzh.
Design of a protective component of the guide blade of a
hydraulis. turbine. FnergomashLnosfroenie 9 rze.-1-41-43
( KIRA 1 -1 , 5 )

SHRIROP I.I., inzh.
Dual submerged spiral chambers. Energomashinostroenie 9 no.12:43 D
163. (ME A 17: 1)

SHRIROP I.I., inzh.
Thermal design of rubber bearings. [Trudy] LK no.10:
222-228 164. (MIRIA 18-12)

SHRIRO, N.A.,,_ inzh.
Economic expediency of using open-hearth furnace slags in
blast furnaces. Izv. v7s, uchebo zav,; chern.met. no-5:187-195
Mr '5 8. (MIRA 11:7)
l.Sibirskiy metallurgicheski3r institut.
(Open-hearth process), (Blast furnaces) (Slag)

SHRIRO, N.A., inzh.
Effective measures in reducing the phosphorus content of cast iron
and steel. Izv. vys. ucheb. zav.; chern. met. 2 no.4:145-150 Ap 159.
(MIRA 12:8)
l.SibirBki7 metallurgicheskiv institut. Rekomendovano kafedro7
ekonomiki i organizataii proizvodetva Sibirskogo metallurgicheskogo
instituta.
(Cast iron--Anal7sis) (Steel-Analysis) (Phosphorus)

_L 1-1 o
18.000,18.2000 77151
sov/148-59-9-21/22
AUTHORS: Sachko (Docent, candidate of Technical Sciences)
Mikhaylov,' I. G., Shriro, N. A. (Engineers)
TITLE: Concerning the Problem of Selecting Optimal Economical
Bendificiation Rates of Iron Ores in Gornaya Shoriya
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Chernaya metal-
lurgiya, 1959, Nr 9, PP 179-187 (USSR)
ABSTRACT: In view of the rapid development of ferrous metallurgy
anticipated by the current Seven-Year Plan (1959 to 1965)
an ore shortage in the Kuznetsk Basin is expected. The
blowing-in of new blast furnaces at Kuznetsk Metallurgical
Combine (Kuznetskiy metallurgicheskiy kombinat) and West-
Siberian Plant (Zapadno-Sibirskiy zavod) will increase
this shortage. In this connection the question of the
most economical utilization of iron ore arises. As
opposed to other areas in the USSR, the coke-to-ore expendi-
ture ratio is rather peculiar in Kuznetsk Basin; i.e.,
68% of total expenditures go for mining and preparation.
Card 1/3 Kuznetsk Metallurgical Combine receives most of its

Concerning
Economical
in Gornaya
Card 2/3
the Problem of Selecting Optimal 77151
Beneficiation Rates of Iron Ores SOV/148-59-9-21/22
Shoriya
ore from the mines of Gornaya Shoriya (6,027 300 ton iron
ore, containing 2,310,400 tons iron, in 195fl and Mundy-
bash Sinter-Beneficiation Plant (Mundybashskaya aglomerat-
sionnoobogatitellnaya fabrika). In 1957 the losses of
iron in all mines amounted to 156,700 tons (6.9%),
while they were 444,000 ton at Mundybash Plant along.
Yu. A. Markhasin (En ineer) of Mund bash Plant showed
that a 10% decrease tfrom 60 to 50%~ of iron content
in the concentrate lowers the iron content in the tail-
ings by 4% (from 15 to 11%). The authors, in cooperation
with G. A. Grazhdan (Engineer), investigated the possi-
bilities of lowering or raising the concentration obtain-
ing the following results: W Current concentration at
Gornaya Shoriya and Mundybash Plant (57.2% Fe) ensures
the most economical production of cast iron at Kuznetsk
Metallurgical Combine. Any increase in concentration
would lead to greater loss of iron, boosting the cost of
cast iron, although higher furnace productivity would
increase blast furnace output of the shop by about 4%.

Concerning the Problem of Selecting Optimal
Economical Beneficiation Rates of Iron Ores
in Gornaya Shoriya
77151
so-v/148-59-9-21/22
(2) Lowering of concentration does not increase the cost
(D
of cast iron production but leads to considerable saving
of iron, estimated to reach about 4 to 5 million rubles
per year. Furthermore, by the utilization of additional
slag in the production of low-cost cement, another 2
million rubles per year can be saved. However, the pro-
duvitivitir of the blast furnace shop would decrease by a
minimum of 7%, as a result of decreased efficiency. The
authors emphasize the need for improved beneficiation
techniques and technology in order to cut iron losses.
It is assumed that the above changes in the technical
and economic performance figures apply to the Abagur
Sinter Plant (Abagurskaya aglofabrika) although transporta-
tion facilities and preparation techniques should be
considered individually. Thsre are 8 tables; and 2
Soviet references.
ASSOCIATION: Siberian Metallurgical Institute (Sibirskiy metallurgiches-
kiy institut)
SUBMITTED: June 1, 1959 Card 3/3

AUTHOR: S ~Ix I ff. A.
TITLE: TI- affeot of
ti on
PERIODICAL: lzve_~tiya vy35hikh
no, 12, 196o,
S"/148/60/000/0'12/019/020
Ai 61lAl J73
hydrogen ox, the ef;onomy of rGtallurglcai produc-
uchetnykh za%,edeniy. Chernaya metallurgiya,
166 - 172
TEXT: The importaroe of a higher output of rolled steel for the
7-Year Plan is amphasized and data from eighteen literature sources are re-
viewed whicb illustrate losses caused by hydrogen defects in steel. The
lower hydrogen content in steel of the Kuznetsk and Magnitogorsk Combines
appears to accci:rtt for lower costs at these plants stated in official sta-
tistics for 195. (Ref. 2: "Calculation for open-hearth steel of the Ministry
of Ferrous Metalliargy of USSR plants for 1955"., Ministry of ferrous metal-
lurgy, Central act:-,c-urlting office, 1957). The-f-)1lowing facts were stated
in different works. that the air humidity causei flakes in ball bearing
steel, and fla1,eq caused '10 - 124o rejections in winter and 30 - 40% in s'=--
mer; that steel 1:lelted in 300-ton furnaces contained about 0.25 CM3/100 g
Card 1/4

S/14 60/0001012/0191020
The effect cX hydrogen or,. the econony of... A161YA133
(cr 5 -- 77o) leso h than nteel melted in 165--ton furnaces, and a lower
.ydrogen,
hydrogen content resulted in batter ductility of aste-el and much lower ten-
dericy ~o flaki~s. Data of DIX indicate that the output of highest-.grade
(grade 1) rai.13 drop ed fi-om 92-35%a to 86.24% Whell the hydrogen content rose
" 57 cm /100 g, and that the weather (air humidity) affected
from 4.21 to A-0
the hydrogen oontent in Steel. An in~-rease of ingot and rolled steel costs
can nearly alway~_l b.~ traced to an increased hydrogen centent, and the only
exc9ptiono. Lre the rollei low-standard grades. The practiced cost calcula-
tion method dc,~_s not reveal losses through the H-conitent, for expenditures
are related ~3.laalny 1;o the Ist and 2nd class product.3. It is obvious that
spouts and Ladles dryed inadequately after relining are an additional hydrr-
gen source Ln stst-~*!, and that steel quality can be raised and -the costs out
by -u-sing intersiediate tef.:min- ladles permitting the application of spouts
with smaller apertures, for slower filling of ingot molds gives more time
for hydrogen to escape. According to K. S. Alferov (Ref. 11: "Trudy naliCh-
no-tekhainheLkogo obshchastva chernoy metallurgii, t. XVIII, Metallurgiz-
dat, 1957, 378 - 579), rejects were cut 3-8~ in open-hearth shops and 50-
in rollizi- 'n GT.5 (St-5) steel production when the ladle spout with
c' -L'
40 mm dian~_~%er was repla-,ed with a spout with 30 mm diameter. The increasei
Card 1,14

S/14 60/000/012/019/020
Thr. affect of hydrogen on the economy of... A161YA133
life of Ingot molds with a slower filling also cuts production costs. Only
a small part of the steel is poured through the intermediate devices, i.e.
only 1% of the total at the KMK. The author estimates that the measure
would out annual oosts by 10 - 14 million rubles at one only plant with
800,000 toil annual output, and the investment for additional equipment
would pay in one year. As stated in several works, the H-content in steal,.
increases with a rise in temperature of the molten metal, and overheat in-
creases the quantity of defects, therefore the pouring temperature ought to
be regulated and overheat prevented by measurements of metal temperature
about three times the heat.with immersion thermocouples. Well cleaned in-
got molds are also important, The last possible.measure against the in-
crease in the hydrogen content in steel is to consider the possible affect
of additions for elimination of phosphorus and sulfur, i.e. water introduced
with the additives. There are 5 tables, 1 figure and 18 references: 17 So-
viet-bloc and 1 non-Sqviet-bloo.
ASSOCIATION: Sibirskiy metallurgicheskiy institut (Siberian metallurgic
Insbitute)
SUBMITTED: March 16-, 1960
Card 3/4

SHRIRO, N.A.
Economic efficiency in the making of low-manganese cast iron.
Izv. vys. ucheb. zav.; chern. met. 4 no-10:177-182 161.
(MIRA 14:11)

-SHRIROI N.A.
Economic aspects oxygen-blown converter production. Met. i
gornorud. prom. no.1:12-14 Ja-F 165. (MA 18:3)

SHROB, A. K.; KRYLOVA, Yu. I.; ANTONOV, V. K.; SHEMYAKIN, M. M.
Enolization of N-acylamidei. Izii AN SSSR Ser Khim no. 4.774
1 Ap 164. (MIRA 17:5)
1. Institut khlmii prirodnykh soyedineniy AN SSSR,

Contracts for earn.-ing out defined services and individually defined work made by
the building construction enterprises with their own and outside employees; as of
1--Larch 1, 1957. (To be contud.) P.27.
(3jM-',,R,'-LCn-T0 'r--rtZEMYSI0,-;E. Vol. 6 No. 6 June 1W
957. 'arszawa, Poland)
SO: I-Nonthly List of East European Accessions (EE&L) LC. Vol. 6, No. 10, Cctober 1957. Uncl.