SCIENTIFIC ABSTRACT SOLOV, YEVA, A.I. - SOLOVYEVA, G.S.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001652320019-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

CUI I IWW.) i'*-Ati"~;.;,'.;'.!;*,li4.:!,~'i'I
%-47

v
f--IIi,-!13'.,.n for Tcqt',ts,, of Agri- ps
-,.O-;I,A Cotton 0-
Produ~~tlnrl ("n k1bro- Vr)v 3ctn- Triud. %t by the

T n f o m . by i t o.,.i . k om i n a s c) r t o.1, -I I i y 3 - kh
kulltu:- ,)r' M-va :3.~Ih.WSNI Nn.12, 15-19 1

iv,Itt Ovh!r-) ono of cht, moot %ddu-
r n c,a d 1 n,-~ n 'Ulh~,, I? ) hqd t (Ike n o n

r4 ra
p phy c, I c .~, L-,i t., r I ri a I U-, be Ir. d i n t r i etal
tin,-I 4 1 .,1 - n) 6 r) 5T,; of tile cotto
to this
dI -is,:i Aic tntr~~Aao nt) ',,-Lto vrr)ductj an of
v s, r t '.,, 3 , -ah 1. eh out y1ild lossaa~
b v 3 -14, t Tlovarth--,Ions
~.)bst.,rwitlon has st,.oq
vn
.
,
~.h-jt undur th,.~ `,.rfIkL-!noj o,' tni,~ ro-31ntnnt vmridty
0 nmre P.,-"Pulation of Ifortlaillium
3

CULTIVAT I D PL A NT~. A
A Onu1n] npont of f~jt, h,in buun formed.1
0 f t 111 .1 It, w ')')j1U1-t t, I on t1j;j
V!Arl~,'tY ',);' oottoyi has bocom,_.
rior.., ijort,oi-ill,
T h
o r riv-' t 1 of .."~Jt Ogntiru0s
hott tovitirls thu ad,pt-iti:)n a-, thijs fun- I
A
gua to th-_ intruiluo-vi r!.~qistuilt varitAy. Thus the
most real coantarmuasu:-o. should be the Mivelopment
and 1ntroduction of cotwn vftrietiua w1doh itro
r~;3ia',,Ani; to the "new" population of V. dahlinu.
3
95

f ~VAT VIE P LA I

So L /C P il
USU/Gunoral an,! 3po(.-lal Zvjl.,,-y. In3ecto. Injurioui i
Insects ,=l Ticks. 1'cato of Cuma'nl Crops
Abs Jour Rzl;f Zhur - 1-31A., Ni llj 19530 No 49583
Aluthor -qa1zvC~L(J-YP,- L- -
Inst Khrrko'v A.,.-ricultural Institut~,
Title Corn Puits am-1 11oasures fir ThoIr Ccintrol
Or 1~; Pub Zap. ?"aar'kovsk. s.-kh. In-t--, 1957, 13, (50),
169 - 174
Abotract In Kharkcvukaya Oblast the corn sprouts woro
-zo,] by faur spocies of wimwoms: steppe,
socd, brown-L.:7-3d and black typos; th-, cora borer
11-rvnc thz: ston3, tho cotton noth an?l
one other owlet noth (the s~)cclcs was undctor:-Aincd)
:Ia;x-sc~d tht~ 3ocl in the cobs. Da:.~,-v-oB by the
aphid, the six-pointod and tho striped cleados
worc not~;l on lcavc3 and Infloroscuncos. The
wir~;wom:s w3r,~ tho ::cot serious Posts Of the
o,orouts, DustinG of -thc soods with 0.20 0,4,
Card 1.13
~----vl 1113("0'U". Injuric'111i 2
In3octs.anq Ticks. i1cato of Gj,:~mal Cropc-
iibs Jour Rof Zhur - D11,1., i1:) 11, 1953, No 1+9583
M, o.3, 1 --rid 2 Itt,je. of 12,,-'? hoxachorocyclo-
hcxanc- (HCCH) prior to planting; was used in vX-
porlmonte of their control Qn s:;all plots, and
In ~Ahur L;xpori:..o-its Mcrcuran* In 0.2 and 0,3
k,'-'/G was uscq. Sood dustlzj7, with 12% HCCH at a
0 2-0.8 iv;/c outlay undor conditions of cole, and
(IL:p sprln~; and hi~,h .-.olstura of tho sell had no
har.Xul offuct on the g(jr-Unation and dovolor-iiant
of thc corn aDrouts. On, th-,~; othor hand, Aor-
curan dolUod tho :;cx-Anation ln.nd -Iov(Jop.-.,ont
of th~; aprouto in tho f1r3t 8-10 daya. Tho
woi,,,ht of tho sooda In the early cobs ducro!Aood
7-19;, on all the treated, plots, and the wot,,,ht
of tho C;roon *.,=as of tho sto-is decreased '11-25%.
Treatment of the soods with 0.2-0.8 kG/c of 12%
HCCH and with 0.2 k-/a prior to plantinG decroasod
the nunbor of thu wirowor-ja 2,5-3 tiLloo but
Card 2/3
27
affOctcl least of all the i7raln and the (;roan :3aaa
cripa; tharoforo, th,:; above dosa7,os .,ay bc
rc-,.-.rdrjd as quito nceoptablo In the control of
..A-. V- n 11hinn

p!j 11iW
AUTIMIR
C-2-OV Y,-V-i
17.

Pace Guitivntion ani tht.,
Zash--h. rant. ot vred, no.
(Saviqt Oon~vtl wilt.)
( -i - -o
t

USPENSKIY, F.M., kand. biol. nauk, SCHOV, I.A.j MUMINOV, A.M.t
kand. sellkhoz,nauk; IVANOV, Ye.N.,,km3d.-biol. naukj
VASILOYEV, A.A., kand. sellkhoz. nauk,,. I
kand. sellkhoz. nauki ZAPROYSTOV, fi.G.,.M r sellkhtz.
nauk; YAKHONTOV, V.V., doktor biol. nauk; KAPUSTINA, R.I.;
STROMM, N.G.; POIZVSilCHIXOVA, V.N., kand. sitillkhos. naukj
KARIMDV, M,A., doktor biol. nauki NOSKOV, I.G., kand. sell-
khoz. nauk; KHODZHAYEV, A.Kh.j ALETEV, B.G., kand. sellkhoz.
nauk; YAKHONTOV, V.V., doktor biol. nauk; STEPANOV, F.A.;
LYUBETSKIY, Kh.Z., kand. med. nauk; GUHEVICH, B.Z.;
KONDRATIYEV, V.I.; SUDARS, L.P.; KOSTMO, I.R., zaal. agr.
Uzbekskoy SSR; GORELIK, I.M., red.; BAKHTITAROV, A., tokhn.
red.
(manual on controlling the pests, diseases and woods of cot-
ton, corn, and legumes] Spravochnik po bo'rlbe a vreditell
I bolezn1ami khlopchatnika, kukuruzy i bobovykh kulltur. %2 026,
perer. i dop. Tashkent, Goo.izd-vo UsSSE, 196). 325 P.
(MIRA 16:5)
(Field crops-Diseases and paste)
(Wood control)

SQKUL4DV F.A., knnd. .9011khov. mmk; 1:01."DYIN, V,1.) k~!nd. Boll-
khoz. nauk; SHAY;.M, A.,:.,zaal.agr.Uzb.3SR; KONDRATYUK,V.F.
kand. sellkhoz. muk; I-ALIDA20, 11.?., doktor sellkhoz.
nauk; YE~XWKO, V.Ye., doltor cellkhoz. nauk fdecea:3od]j
I.I.S1911.13, I.I.P., kand.biol. ntuk; FILIFFTIM, G.I., kand.
jollkhoz. nauk, US1111-SMY, kard. biol. nauk;
50LOVIIENA, A.I., knnkl. vellkhoz. muk; IlUUMLOV, AX'p
nauk (deceased]; ZAYLA', T.S., knnd.
sollkhoz. nmik; ME-1111, VX., zasl. =~,-khanlzator UzSgi;
GOAEL1K, I.M., red.; ABRASOVj T.0 tekhn. red,
[Cultivation pr!,ctices In cotton growing) Aarotek)mika
khlopchntnika. Ta--11contj Goo.izd-vo Uz:Z.tq 1963. 326 ]P.
(MIAA 17tl)
(Uzbckis'Mn-Cotton growing)

M(jV1LF.VSY1Y, Yak~;v :'W-uilovich; ZFKOV, D.Y., akademikp oty. red.;
RUES, M.A., tekhn.red.
[C~rtoembryology of higher plants) TSitoembriologiia vys-
shikh rantenil; sovremennoe rmtoianic. Problemy. Kiev
Izd-vo AN UM, 1963. 370 po (MIRA 1701
1. Akademiya muk Ukr.SqR (for Zerov).

__y L
10 no.~:225-
(MIRA -',8t!O)

R/I,','Ic rob i o 1 ogy. Antibiosis rir I
Ant i1b, 4. ozl; ic s
Abs Jour Ref. Zhur-Biologiya, ',I*o 1, 1",7, 511
Author A. K. Solov'yeva, V.A. `,emenova, A. A.
Bellgovskayn, M. M. Tayg
Inst
Title On the Search for New Antibiotics of
Actinomycetin Origin.
Orig Pub Anribiotiki, 1956, Is No 1, 11-14
Abstract A plan for the invc.-~ti..-,atlion and selection
of actinomyces for the purpose of finding
new antibiotics is described. The plan
has been approved by the All Union
Scienti-Pic-Research Inst-Itute of Anti-
biotics. Cultures of actinomyce~, hive
been isolated by plantim- specimens of
Card 1/4

Ij -I), j'R/M I c rob I o I OFY. !ilid
Antibiotics
Z
Abs Jour Rof. Zhur-W~ologjya, No 1, 1"15"t-19 511)
Abstract soil on t-he Chapek agar medium with
glucose. The antagonistic proper'Cies vvere
determined after 14 days of grovth of all
isolated cultures, on har-d ort-,anic and
synthetic media by the method of imposi-
tion of aGar blocks, and u'~ilizing
St-aphylococcus aurous 200., bacterium
coli, Micobacteriu= B-5, and Monilin as
test microbes. Simultaneously the cul-
tural and morpholo2-lical indices %,,ere
studied. The data which wore obtained
were u4Lilized to dete=,*Ane the taxonomic
position of t'ne actinomycite in order to
identify it as soon 3s possible. In this
stage, 1000 cultures -,,ere tented :;.ith
Card 2/4

US-DR/Microbiology. Anti!)iosis i-nl -j,-,-.biosis F- 2
Antibiotics
Abs Jour Ref. Zhur-Biologiya, No 1, 1`57, 513
Abstract to 40% having been declared defective.
In the second stage the antagonistic
properties of the cultural fluids of the
active cultures obtained durin,,; the growth
of the strains on fluid -ind synthetic
media -acre studied. B. proteus X19,
Pyocyaneus bacillus, Vibrio phosphoresc~--ns,
and Bacillus anthracoides were used ns
test microbes in addition to t~iose -Abo7e
enumerated. Hundreds of cultures, 80 to
90% of which viere defective, were tested
at this stage. In 'he presence of hir
k, - _,h
titers the culture fluids were further
studied, by the utilization of antibiotic
resistant forms and pathof-,enic micro-
organisms. In this stage the nntivirus
Card 3/4

Uo-3R/Microbiology. Antibiosis and Symbiosis F-2
Antibiotics
Abs Jour Ref. Zhur-Biologiya, No 1, 195?, 513
Abstract and antitumor properties ;vere also
determined. The ~oxicitkly of the culture
fluids and their ability to combine with
blood serum vieres furth-~!r investir-.ated.
In the succeeding staf-,es the selection of
media and conditions for thn cultivation
~ A- -ti
and chemical purifica -on of antibiotics
-;,ere carried out. The che.-aotherapgutic
properti-is of antibiot-1cs were then
studied.
Card 4/4

SOLOVIYEVA, A. N.__, Cand. Agri. Sol. (diss) "Use of Permanent
Clover for 'Ireen Fertilizer under Conditions of Vladimir Oblast,N
Moscow, 1960, 19 rip. (All-Un. Acad. Agri. Sol. All-Union So. Res.
Inst. Fertilizers and Agro-Soll-ManR3ement) 150 copies (KL Oupp
1LO-,Jlo 2=).

5-ULOWTIVA, 1.1'.
Pregnancy In a rudimentary cornu of the uterus. Akush. I gin.
~4 no*5.*109-110 5-0 158 (MIRA 11:10)
1. Is Ftkushersko-ginekologicheskogo otdolenlya %zav. M.O. Lebedev)
bollnitsy go Zhukovskly Hookovskoy oblasti (glavvy vrach - saslushenny
rrach RSFSR Teo A. Ukabidze)*'
(UTZRUS, abnorm.
rudimentary cornu in pregn, (Rug))
(PRWINANCT,
In rudimentary cornu of uterus (Rue))

n n I re d t 6 n v t t it

A.P.
sc!3micity or rran. Wnit. Mcuk. tin. .1jer. 41rvlol- 2 11 - i
0 0 1
39-41. ff,'4 f65 (1,11 711 A 19 t I )
I. rhafedra dintmichoikoy gcolos'!I '!or;kovr;'f-oro gosurInmr-tvimnog-o
I k.
I m I v- r:7 I &SulTnItt,?d April 14, 1964.

8 5
JV

, ll~
4-

SOLUVILVA, A.S., mayor moditsin3koy sluzhby
Treatment of lacrimation in pathology of the puncta lacrimalia.
Voen.-med* zhur. no.7s79-80 JI 161. (Y-"A 15:1)
(IAGaLMAL ORCAXi SWiGutY)

SOLOVIYE;VAp A4.., meditsirskaya sestra (Moskva)
CbAracterlstics or nursing in the ophthalmological department.
Ned. 9 estra 22 no.8 251-54 Ag 163, (MIRA 16%10)
1. Tz gonudarstvennogo nauebno-looledovatellskogo Instituta
glaznykh bolezney imeni Gellmgolltea, Moskva.
(OPhIlW11C RWING)

for Tcchnic~!i Jcierv i,-, the ~-2~3cr)"
Losc-w, 1 ~5)
n: of the ot:,ttilcs L'Ztati-n--~r: Conliticnj-'O of the
u;' kxonik-Brine :n -iit- C-~rbl~.: ~ io-fule in liiluntri-l
ro c 1)
*'r- 1, n
C;z;t. ~5) kIf/2 26 Apr
i v ny,,,

Yt
n a v

- ----- ------- --
it
------- -7,777 7-
A
- A wthad for cAlet
26
M4-OXIW1
Uic
-
.
.
equil. It t"i, Friwn tr&ctkv%* NII.NlfkCO, +
+ 'NiI
s
n
Oll
0
H
N)W
v
.
211p o
1
, +
0
.
(
ronxtl. we" calrd.., Kt c-I Kv fltom. and K,
Vfl
I
Wh,re P of 1*111
CL j(Njf;`t
CO
e 7
j
I;
.
.
.
,
,
j,%1If,TfcO6j. and m - 11411,0111. From cipti. d2ta
0 fo~Ki and X, at 121). 40. awl fk)*, thr folkwial equAtioni
'
~re found. toor Kt - -314/1
+ 1117. " I" K,
K
W
N
I
CO
X
(
a
,
j.
jr. o
I
vIVIr + 6 n, K, - J1
#. !
*
1 L - INa 111[fCOv-1 and 1-31 L - -67P/7* + 4.87. Prts-
lure of C(h H "im. jig - Nt
V -
l
I
It
At
n min.
"V-Irr of NII,
1g) -
l M.-mg,
.-A
s
where M, - MX; and Me JAW,. I'm eirptl. data It
was found that log J1 -20n-1/7' + 7-U and log N
12-Ml I + 4.214 P. 11(ndel

PAYWY, B.A,; SOWVIYSVA, A.S.; LLrK'TANO1r , P.M.. professor, rodaktir;
X1ASHCHZVr",'W.P'."'k*&*tor; SHIKIN. S.T., tekhatcheskiy rodaktor
ln:rganic
viaterials] Takhaologlia noorganichookikh
(Tschnoloa of
vashchosty. Pod red. Poxelukllanova, Mokya, Goo. uchobno- dagog,
12d-va Ministerstva prooveshchanila RUSH, 1954, 174 p. r= ,.)
(Chemicals--Industry)

. A
r
ZAMMY'1N. P.V., Inzhenor (1-.nrod Nab.-Chn1ny Tat-n-rakoy ASSR)
Toxtbook of the technolory of basic chemical Industries (*Technology
of InorganIc substucesO. B.A. Pavlov, A.S. Solovl;va. Rovieved by
1%
P.V. ZarrAragin. ) Xhim.v shkole 10 no.2: W-4V155. (KUU 8.7)
(Chemistry, Technical) (Pavlov, Boris Alekneovich, 1892-1947)
(Solovieva, A.S.)

AUTHORSt Shokin, I. N., Ogloblina, I. P., 3o1_9Y_'.Y&va'_A._S
153 58- 17/29
TITLEs On the Non-Equilibrated State of the System in ;.he
Carbonization-Procesa of the AmmoniacalBrIne
(0 neravnovesnom sostoyanii sistemy v pkotucuae
karbonizataii Ammiachnogo rassola)
PERIODICAL3 Izveatiya vysshikh uchabnykh zavedeniy.
Khimiya i khimicheskaya tekhnologiya, 1950, Nr 1~
pp. 108-ile (USSR)
ABSTRACTs In this process sodiumbicarbonate begins -to precil-itate
from the solutions highly supersaturated with it (references
1,2). The supervaturation decreasing After the beS-inning of
crystallization is preserved until to the end of the process
of carbonization. The permanence of the non-equilibrated
state in the system to be carbonized, as a whole, is caused
by this. Approximating the equilibrium, not only the con-
centration of HCO and Na + ions is changed in such a solution.,
the surplus of wh ch is converted into the depusit, but
also the concentration of other components of the 2olution
2-_ NH
Card 1/ 4 (C03 , , 2COO and OR -ions) since the conditiona of

On the Non-Equilibrated State of the System in the 153 - 58- 1- 1 7/ 29
Carbonization-Process of the Ammoniacal Brine (Rassol)
equilibrium of the reactions in the solution chanCe.
Taking furthermore into consideration that the cr.-stallization
of KaHCO involves a certain change of volume of the liquid
phase, N becomes apparent that the composition of the
non-equilibrated solution must differ from the equilibrated
solution with respect to all components. The cuml.osition
of the former can be determined rather accurately by means
of analysis. The same is to a large extent alao the case
with ammonia-carbonate(el). The non-equilibrated concentrations
of other component 9 (HCO - g' non-bound anuionia - m1and
the carbonic acid bound Is COZ-. f') can only be determined
by means of calculation. For his purpose, strictly
speaking, only the equations (1) and (2) can be indicated
which do not connect the non-equilibrated concentrations
of individual com onentst d' a e' t V t 2g' (1)1 ml = a' -
- b0 - d' + g' (25, in which case a' in the total
quantity of NH?, dl - the total CO and b' the bound 11113-
From this, fur her equations for Re constant (K2) of the
reaction HCO t OH-f--, Co2- + H 0 (3) are derived for
3 0 3 2
Card 2/4 the connection between the non-equilibrated solution and

On the Non-Equilibrated State of the Sjrstem in the 153-58 -1--17/29
Carbonization-Process of the A=,oniacal Brine (Rassol)
the equilibrated solution (4), (5), (6) corruJI,L111inr~ t0
it. A complete composition of the equilibrated uolution
can be calculated from its 3 known components for the
given temperature (ref. 6). iffhen the non-equilibrated
concentrations of the 5 componentat a', bl, a', d' and el
are determined by analysis, complete conjositions both for
the non-equilibrated and the equilibrated liquid phase can
be calculated at a given temperature. Results of the
former for the process.referred to in the title at 20, 40
and 600 are given in table I to 3. They are substantially
different from those of the corresponding equilibrated
solutions. The degree of the distance of conpo2ition of
a solution from that of an equilibrated one depends on the
temperature. During the whole course of the process referred
to in the title, a carbamate sup9roaturation exists which
is crystallizing in the final stage. The total vapor pressures
of CO NE and H20 at 20, 40, 50 Pnd 600 above the non-
-equiflbraLd ammonia-salt solutions during their carbonization-
process were determined here for the first time. An
Card 3/4 equation was deduced which allows the calculation of the

On the Non-Equilibrated State of the System in the 153-58-1-17/29
Carbonization-Process of the Ammoniaoal Brim (Rassol)
"metastable" CO partial pressures above the solutiono
in the aforesaii carbonization according to a known, non-
-equilibrated composition of the liquid phase, The authors
finally proposed a method of determination of the vapor
tension above the solutions by means of a static method.
There are 6 figures, 3 tables, and 9 references, 6 of
which are Soviet.
ASjOCIATIONs Mookovskiy khimiko-takhnoloeichookiy institut imeni D. 1.
Mendeleyeva, Kafedra tekhnologii avyaxannogo azota i
shchelochey (Moscow Chemioal-Technological Institute imeni
D. 1. Mendeleyev, Chair for the Technology of Bound
Nitrogen and Alkalies)
SUBUITTED: Septemb&r 9, 1957
Card 4/4

SA0V'W-vA, A.S., kand,ttkt-n.nauk
All-Lnion Conference on the automation of the soda ash manufacture.
Zhur. VKhO 6 no.6:703-704 161. (MIRA 14:12)
(Soda industry-Equipment arxi supplies) (;-utomation)

SHOKIINP 1. N.; SOLOVIYEVA, A. S.
Increasing the stability of ammonium bicarbonate. Trudy MEM
no.35:43-47 '61. (A=onium carbonate) (MIPA 14310)

S OVI)v I~YEVAP, A44"
All-Union Conference on the Inprovement of the technological
processes for the production of chromium compounds. Xhim
prom. no.2tl54-155 F 163. (MIRA 16171
(ChromIum comix)unda- -Gong re ass a)

SOLOVIYE-VA, A.S., kand. tekhn. nauk .
InduBtry--vide conference of Boda induetry workers. Zhur.
OXHO 8 no.5:571-573 163. (MIRA .171l)

ROSTIGA)MVP B.A.; SOLOVITENA, A.V.
A new flea species from Georgia, Zool. zhur. 43 no.$sl241-1243
164o (KLRA .17%11)
1. Nauchno-looledovatellskiy protivochumnyy Inatitut Kaykaza i
Zakavkazlya, Stavropol' i Batumskoye otdeloniye Grusinskoy protivo-
chumnoy stantsii.

30LOVIY01A, A. 4.
"The Gamasid Ticks or the Adzhar ASSR."
Tenth Gonference on Parasitological Froblems and Diseps~,s with Natural
Mservoirs, 21-29 October 1959, Vol. II, Publishing House of Academy of
Sciences, U3111, Moscow-Leningrad, 1959.
Batumi AntIplague IAboratory

SOMOVA, A.G.; GUASM, L.G#; AFANASITIVA, M.I.; SILAKOVA, Ty.Ta.;
AZAROVA, A.G,; AIANrTA, I.I.; IrOSARETA, A.V.; SOLOVOTA, A.T.:
KRASHOVA. N.V. A ,
Problem of endemic rat t"hus on the Black Sea coast. Zhur.
mlkrobiol.spid.1 Immun. 31 no.2:51-56 F 160. (MIRA 13W
1. Iz Rostovskogo-na-Donu tauchno-looledovatellskogo Inatituta
Ministerstya zdravookbraneniya SSSR I portovych protivochumqkh
laboratorly v Odesse, Batumi I Novorosetyake.
(TTPRUS MURINE spidemiol.)
(TTPHUS veterinary)
(RATS diseases)

DCBRYNIII, SCLCVIYEVi, AN.
Replacing turned tast-iron packings vith stamped packings in
assembling running rollers. Sbw.rat3.predl,vnedr.v proizv.
no.1:9-10 161, WRA 14:7)
1. Ntzhne-Tagillskiy metal] urgicheskiy kombinat, Vysokigorskoye
rud,)upravlenlye. (Packing (Mechanical engineering))

SOLOVOYEVA, A.V.
Manufacture of bevel gears for calculating machines by means
of cold cloBed-dis forging. lus.-obtan.proisv. 5 no.341-4
Mr 163. (MM 1614)
(Forging) (Gearing, Bevel)

S/007/61/000/004/002/004
B107/B207
AUTHORS: Ryabchikov, I. D., Solovlyeva, B. A.
TITLE: GeochemIstry of rubidium and lithium In micaceous pegmatites
of Northern Karellya
PERIODICAL: Geokhimiya, no. 4, 1961, 316-323
TEXT: The pegmatite deposits of Tedino and Kheto-Lambino, as well as some
samples of the Bollghoy Chkalov deposit were studied. Hubidium, lithium,
and potassium were flame photometrically determinel In rocks and Individual
minerals. The accuracy of Rb determination in micas, microoline, and
gneisses and of Li in micas and gneisses was ! 5%. In samples with lower
Rb and Li contents, the accuracy is less high. A comparieon between the
rubidium- and potassium contents shows the following (Fig. 2)- No note-
worthy differentiation between rubidium and potassium occurs. except for
plagioclase. It is assumed that, up to a limited extent, Na can be
replaced by K, but not by Hb. The K/Rb ratio in pegmatite and In the
surrounding rocks is the same; this indicates that the pegmatites were
built up in the course of ultrametamorphosis. In the Tedino deposit, the
Card 1/"

Geochemintry of...
S10071611000/004/002/004
B107/B207
K/Rb ratio averages 240, in the Kheto-Lambino deposit, 400. Studies of the
contact with adjacent rock showed -that the latter has not been penetrated
by Rb and K (Fig. 1). The lithium content of the adjacent rock in higher
than that of pegmatite. The authors thank K. K. Zhirov who directed the
work, as well as D. N. Ivanov and V. I. Lebedev who assisted In analyzing.
There are 2 figures, 4 tables, and 18 references: 12 Soviet-bloc.
The three references to English-language publications read as follows:
H. Ramberg. Bull. Geol. Soc. Amer. 67, no. 2, 1956; S. R. Taylor,
C~ 11. Emeleus, C. S. Exley. Geochim. et Cosmochim. Acta 10, N 4, 224,
1956; S. R Taylor, K. S. Heier. Geochim. et Cosmochim. Acta 13, N 4. 1958.
ASSOCIATION; Kafedra geokhImii Moskovskogo gosudarstvennogo universiteta
im. M. V. Lomonosova (Department of Geochemistry of the
Moscow State University imeni M. V, Lomonosov)
SUBMITTED: July 20, 1960
~:' cd ,/,I

ZMI-.-Iv. (Constea-,i, Jacques Tves]; SOLOVI ITEVA. D. [tranclator]
"CallpnoO studles an underwater carWon. Znan. olla 33 no.8sl)-13 Ag
58. (NM 11111)
(Oceanographic research)

CUTURVIDI1 11'1).1b~ysliiy glavnyy ingipaktor losov Indti) SGWV'Tm-YA, D.
[trInalatorl
My friends, Znansvila 34 no.108-0 J& 159. (KIRA 12:2)
(Indt"lophants)

SOL07'TAIIA, X.A*
Cases of electrocardiogranhic changes requiring differentia-
tion from coronary insiLfficiency. TnAy LSQU 40:319-323
158., (MIRA 12:8)
1, INnil'tatskuya terapovtichaskaya klint)m Imeningradskogo
anniturno-gigiyenichonkogo meditelnekogo inatituts (savs
klinikoy - prof.A.A.Kedrov).
(C01101WIT DISUSX. differ. ding.
NCO (Run))
(HLRCTROURDIOGRA.PHT, In var. die.
coronary die., differ. diag. (Hug))

ZAPOLISUYA, SOURIYA11A. B.I.; K"YKUV. B.1., professor. tavedupttshchiy.
Effect of certain emulelfiors, upon the decomposition and absorption of fat.
Vrm.pit. 12 no-4:47-56 JI-Ag 153. (KLaA 6:10)
1. Otdel gigiyany i fiziologii pitaniya Nauchno-iseledovatellskogo sanitarno-
gigiyenichookogo instituta. (Fat)

SEGALOVA E.E,, SOLOVYEVAIC.S. and REHBINDER P A., FA
Mamber of Academy.
Development of crystallization structiiren in tr'.
suspensions. (Kristallizatsionnoy~-
Fiuspenzlyakh trokhkalitsie'roeo mtlijminata-
",;IODICAL Doklady Akademil Nauk SSSR 1957, Vol 11.3, Nr 1,, r%: ii4-"If

ReceiYed: 6/1957 '7/195-
A-'-*A'STRACT The peculiarities of the processeg of struoture foraation In
water suspensions of Portland cement are determined Sotgrally
in the first stages after their production by Aluninate
minerals, esopeaWly by tricalcluxalumAnate, nq Gtud, ~,f
these processes becomes particularly JDtereatine by the
circumstance that just in this stage the syst-am mrater - ce;L-n'
can be easily influenced in such a way an to regulatp the
structure of the cement stone. In the case of a mixture of
1 - 5 % tricalciumaluminate and 99 -- 95 % qaftrt?, iand, only
the former substance is reaponsible for the f6rmatinn of tlrv~
structure, The great amount of inert fIIlIng'snbivtan(,o
facilitates the study and a.-:proachen thi~j hjydrati,!~n cc-rdIt'c,:'.f7,
H to those of the cement dough, The authc~,~
of C2
f.'A R D 14

PA - 21:1, 0
Development of crystallization stru,;turvs in
suspensions,
the processes of struature formati~.-,n in thf~ nnle~ -q
by tho oinatics of gradation of pl,,I%ilic otrtintrt, il-;, n it n,
speainenstakon from varioutt stitp,,ir# ~-jf tnt-
crystal structure were ground, this O)Adpi to yin I ;fifl
of strength or, in the case of grinri~-!'Ir- it q`-'.
L
to a halt in further crystallizaticn T n,~, f'7
strength and the process of thq chux-Icst
parallel and terminate at 18 - 200C atter.
following 1-2 days the at.-ength
cant degree-just as only insignifi,~uril, t- r a
bound, A further rise in streng".-. can
o f the a pe cimen a renewed no i e~ t --r
its original value. On the s to Ar 1 n r t4, -a
moistened condition strength ~;radually
a maximum. In recent years a plintfyin.,-, -d-alxt'oril
spirit wash - was widely used in prac,',',cal
influence on the cement dough is mr,,rF~ or -41,),37, d i I
the absorption interaction with th:-
the cement clinker.. For this
rARD 2/4

PA - 2920
Development of crystallization structures in trioalcium aluminate
suspensions.
influence of the wash- admixture In suspensions of tricalcium-
aluminate. On the one hand, this admixture slows down the structu-
re formation and the hydration as well as the crystallization
of the new forms, on the other it causes an adsorption peptiza-
tion and a dispersion of the initial particles of the C 3A.
By thin thene processes are accelerated. Furthermore,
the we"h blookn off the potnts of possible contact and loosens
the strength of the crystal structuro. Th" total Influence of
thewash depends on the predominance on one of these two factors,
in the case of one or the other concentration. Hydration slows
down and dispersion increases with growing concentration of the
wash. No water is bound during an induction period. Not before
thJ9 period is terminated does an Intensive hydration commence.
In connection with this process plastic strength increases and
leads to the formation of hydroaluminate. In the case of large
admixtures of wash strength may Increase to 8-10 times its
original -Yalue. On this occasion the hydroaluminate crystals
CARD 3/4

P! - 2920
Deyelopment of crystallization structures in tricalcium aluxinate
suspension.
become so small that they cannot be distinguished in the
qleotron microscope with a magnification of 40,000. The
highest degree of adsorption of wash amounts to 4,5 g per I
f;ram of C A. In the case of a further increase of the amount
,-,f wash Re strength of the crystal structure of the hydro-
-~'L'Lainate again decreases.
(With 2 illustrations, 1 table with 6 micro photographs and
I table)
ASSOCIATION: Department of Colloidal Chemistry of Moscow State Uniyersity
"M.V. Lomonosow". (Kafedra kolloidnoy khimi i Moskovskogo
gosudarstvenoho Universiteta im. M.V. Lomonosoya)
PRESENTED BY: -
SUBMITTED: 27-9. 1956,
AVAILABLE: Library of Congress.
CARD 4/4

SDIDVOYEVAO F.I. [Soloviovat F-1-3
Native bismuth in the pro-Cambrian of the KrIvoy Rage Dop#
AN UlLqR no.2j237-240 162. (MW 15e2)
1, Institut qwlogichookikh nauk AN USSR. Prodstavlono akademikon
AN USSR N.P.Somememko (Somenenkot M.P.]
(Ingulets region-Biamth ores)

SOLOMEVA, F. I.(Soloviova, F. 1.1
Xineralogical characteristics of copper minemlization from
migmatites of the KriVoT Rog region. Trudy Inst. geol. nauk IN
URSR. Ser. petr., min. i gookhin. no.16:5-21 162.
(XML 15: 10)
Krivoy Rog Baain-Copper ores)
rivoy Rog Basin-Xigmatitea)
R

SOLOVIYEVA, F.I, [Soloiiova, F.I.); KARFENKO, A.A. [Karpankop A.0.]
Interrelationship of chalcocite with galena from hydrotherrmal
veins In the Krivoy Rog Basin. Trudy Inst. geol. nauk AN URSR.
Ser. petr., min. i geokhim. no.20:70-75 16). (MIRA 16:8)

II~T*Ov, Yu.M.j SOLOVIIEVA, F.I.; HAZARENKO, N.G.
Paeudoopherulites of uraninite. Z&p.V9es.mLm.ob-v&, 92 no.2i
242-247 163. (XUtA 16t5)
(Uraninits)

SOLOVITEVAP F.I.
. _.- .... __ __ . ..
Pre-Cambrian copper manifestation in the Ukrainian Crystoillins,
Shield. Gool.rud.mostorozh. 5 no.1:11/.-116 Ja-F 163. (MIRA 160)
1. Institut geologicheakikh nauk AN UkrSSR, Kiyov.
(Dnieper Valley-Copper ores)

SOLOVIYEVA, F.I. (Solovioval F.I.]
I ~-------
Now type of hydrothermal minera.Uzation in migmatItes of the I4ulete
region. Gaol.zhur. 23 no.1:84-88 163. 041RA 16:4)
1, Inatitut geologicheskikh nauk AN UkrSSR.
(Krivoy Rog Basizo-Ore deposits) (Krivoy Rog Basin-Mgmatites)

POLYANIN, D.V.; WTOV, G.M.; GRYAZNOV, E.A.; W101ZHINSKIY, Ye.A.; RUBININ,
A.Te.; CHEBOTAREVA, Ye.D.; ZAKHMATOV, M.I.; OKUNEVA, L.P.;
SIMLEV, V.V.; STULOV, A.A.; POKROVSKIY, A.N.; SHILII)KRUT, V.A.;
IVANOV, A.S.; NABOROV. Y.B.; FINOGEHOV, V.P.; KURIYEWV, V.G.,,
KHRAMTSOVI B.A.; BATYGIN, K.S.; BOGDANOV, O.S.; KROTOV, O.K.;
GONCHAROV, A.N.; K11ESTOV, B.D.; LYUBSXIY, M.S.; SOKOLININUV,
G.O.; KAMENSKIY, N.N.; YASHCHENKO, G.I.; SHEL"NIKOVt L.V.;
GERCHIKOVA,I.N.j FEDOROV, B.A.; STEPANOV, G.P.; BORODAYEVSKIY,
A.D.; INGATUSHCHENKO, S.K.; VARTUKYAN, E.L.; KAPELINSKIY, Yu.N..
red.; MAYOROV, B.V., red.; NABOROV. V.B., red.; SOLUXIN, RA,
red,; DHOZDOV, A.G., red.; ROSHOHINA, L., red%;_�QLO-V1TZV4, G.,
sdadshly-red.; CHEPELEVI, 0., tekhn. red.
[The economy of capitalist countries in 1961; economically de-
veloped countries]Ekonomika kapitnlisticheskikh stran v 1961
godu; ekonomicheski razvitye strany. Pod red. IU.N.Kapolin3kogo.
Moskva, Sotaekgiz, 1962. 447 p. (MIRA 16:2)
(Economic history)

SOL4)1,Arz'V, B.P.; ~OL91I)g-VA.4-G.A.; LUZIKA, D.
Stimulationof reataratiio regeneration of the liver by subcutaneous
glycoCen administration. Biul. eksp. biol. i med. 53 no.4.1104-108
Ap 162. (HIM 15:4)
1. 1z Instituta eksperimentalluoy patologii I terapil (dir. - doktor
moditainskikh nauk B.A.Lapin) MH MR, Sukhumi. Prodatnvlona
doystvitelinym chlenota AMN SSSR V.V.Parinym.
(LIVER) (GLYCOGEN) (ILEGENIEBATION (131OLOGY))

DOCRARNIKOVA, I.M.; BAY YIJI"YA111 LPai Yung-Yen]; Prinimala uchastiye:
SOLOV I Y-1V'AJ# G.A.
Effect of high-energy aminophosphate co=pounds on the contractile
activity of glycerinated muscle fibers. Biokhimiia 25 no.4:653-657
Jl-Ag t60. (MIPA 13,11)
1. Chair of Animal*Biochemistry, Faculty of Biology and Soil Science,
the State Universityt Hoscow.
(MUSCLR) (PHOSPHORUS IN THE BODY)

-301, V~---VA, 3. A. . 0,Z-;-:K3KOV3FAYA. 0. L. . s1l."i, 1". YW. , ~In
S!"r-FLY~~'..'. ~. . (USISTO
"11.47 Ao~7b-.mlstry or U,,#~ lnt.,~ra-!Uon of the Fost Plan'. and t~.p
in the Potntoe-Plhytophtora infestt-irs System."
T:~erjrwt. tre,.;onttcd at the Ith Int~-rn.tionil Blo,~hf-mlltry Congre-zq,
Mosr-ow, 10-16 Aug 1161

d in 1~- + lon- !,Io , -
I -va
13 S no 3 72 -72 ') j,, I 'A
14:2)
't t Mcklimi t,-. I i~rj,'stavlano
On 1"".,
(kl;liGI,'FHlTbPATHOGEflIC) (COFFEMS-40XICOLOGY)
(QUINIC ACID-TOXICOLOGY)

SOKOLOVA, V.Ye.; SOLOVOYEVA, G.A.
Transformation rate of chlorogenic acid in potato tubers affected
by Phytophthora infeotans. DoU. AN SSSR. I" ne.6:1398-3401
Je 162. (14IRA 15:6)
1. Institut blokhimii im, A,N,Bakha Akademil nauk SWR. Prodstavleno
akad. A.I.Cparlnym
%CIIL,OROGEIIIC ACIP) IPOTATO-ROT)

SEVERIN, Me.; FMIlAr-UMOVA, I.M.; TILIFSON, P.L.; GRIGORMIGH, Yii.A.;
SOLOV I YEVA, G. A.
Biological role of carnosine. BiokhImiia 28 no.3010-516 MY-Je '63.
(MIRA 17S2)
1. Chair of An-,-a.%l Biochemistry, State tiniverilt'YP Moscow.

L25022-65
ACCESSION NRs AP5005991 S/0301/6h/010/00h/005/0430
ATITHMs Soloviyevaj, 0, A,i Boldyrev, A. A.
TITLEj Effect of oarnoalne on restoratlon of the working capacity of a ne"e-
muscle preparation in exhaustion and after blockade caused by diplacin
SOMCHt Voproay meditsinskoy khimii., vo 10, no* h, 196h, 425400
TOPIC TAGS: medical experiments neurologys histology,, biochemistry
Abstract: Addition of carnosine and anserine to Ringer's solution surround-
ling a muscle increases its working capacity by indirect excitability. A
muscle in Ringer's solution containing carnosine continues to contract even
with a, lesser content of adenosinatriphosphate and phosphocrestines and with
,a greaser content of Inorganic phosphate than a muscle In Ringer's solution
having,already lost the capacity to respond to excitation by a nerve. This
report contains the results of experiments on the reestablishment of working
capacity of muscle with carnosine and the retaining of Inairect muicle
lexcitability in exhaustion'and the transmission of Impulses from nerve to
muscle after blockade caused by diplacia. The experiments were performed on
Isartorlus msucies of.the frog (PAns tempor&r1a) which,wers placed In small
Card 1A

L 25022-65
ACCESSION NRt AP5005991
vessels with Ringer's solution and were subjected to excitation with a
universal stimulator every 4 seconds (one second duration for each stimulus).
1he Ringer's solution was then poured out and was roulaced with RinAer's
solution containing carnosine in a concentration of 200 mg %. Muscle work-
Ing capacity was registered on the basis of the amplitude of the excitation
Impulse and the excitation frequency. On the basis of these experiments the
authors conclude that carnosina (200 mg %) Increases the working capacity of
a nerve-muscle preparation, w1iich worked up to exhaustion, and restores
working capacity after diplacin blockade of transmission of impulses from
,nerve to muscle. 7he restoration of working capacity 'to not connected with
an.Increase In the content of macroorgic phosphate compounds. The indirect
excitability of muscles was unaltered (and after Application of diplacin
even increased) in these experiments. 7he possibility is discussed that the
effect of added carnosine Is due to Its favorable Influence on Impulse tran"
mission from nerve to muscle at the &c4tylcholIrA_r***ptor stage.
Orige art* has 2 figures ad 6 U~Iess
ASSWIATIONs Kafedra biokhlmLU ShLyotr9ith 0onidarstyennago univereLteta In* He To
Losovosovs~ Uncow (Department of Ardnal Bioohemlstryp Moscow State Univwsity)
SUBUITTEDt 170ot63 =Ls 00 SUB COWs L13
NO REY SOTt 006 onus 003
Card 2/2

SUFFUNP SOLOVIYKVA -
---I',-,.- -- . 11. ~,~A.
Role or lmidaz-le and Ita natural compounds in the risnational
activity of miscles. Diuleksp.biol. I mod. 59 no.504-58
165. (MIRA 18.,11)
1. Kafedra hiokhinii shivotnykh (nmuchnT
y rukovoditall - prof.
S.Ye'.Severin) Goaudaratvennogo univeraitata imeni MV,
Lomo;osuva, Moskva. Submitted August 13, 1964.

L 8255:6.6 MYT(I)IM(A)
RnMI
T"I I . --
ACCNRo AP5027478 SOURqE CODE: W&W V%1Vj %V'V 7 U ( Me
01,
q4 41RIO-P RI&610 b0100
AUTHOR: Solov'yeva#_ G, A,
ORG: Departmont o-f-Animal Biochemistry-all-Moscow State University ima
M, V. Lomonosova (Kafedra biokhimii zhivotnykh Moskovalcogo go_sffiddr_~sveh
nogo universlteta)44,5~r
TITLE: Localized effect of imidazolell - n
In a nouromuscular preparatio
SOURCE: B lletent eksperimentallnoy biologii I meditsinyp v, 609 no*
lo, 1965, IUO-64
TOPIC TAGS: experiment animal# nervous system drug# drug effect# mus-
cle physiologyp enzyme
ABSTRAOTt Uporimonto were staged on B&qa temDorariej frog muscles to
determine whether imidazolo action la Wabd on ItntIcholinastoruo
activity as suggested by some literature sourcos. Imidazole (9MM) was
added to musculuo nartoriun andmusculuo roctis abdominis preparations
in I(Ingor nolutions and than contraction rouponnon to direct and
indirect stimuli at different periods were determined* Ilia affoots of
imidazole on muscles In the presence of proserins (noostignine),
guanidine# and D-tubocurarine were also studied in additional experi-
ments. The effect of imidazole on musculus reotis abdominis sensitivitr
Card

L 8255-66
ACC NR, AP
478
to acetylcholine was determined by plotting cumulative concentration
curves, Findings show that in response to indirect stimulation imida-
zole Increases the amplitude or individual and tetanio contractions of
the sartorlus muscle without affecting the tetanus form* Proserine doet
not change the effects of imidazole. Imidazole restores work capacity
more effectively when fatigue is caused by indirect stimulation rather
than by direct stimulation, Imidazole intensifies musculus rectis
abdominis contractions in response to acetylcholine# intensifies Contra-
ction activity produced by guanidines and removes the blocking effect
of D-tubocurarino. The data show that imidazole action is largely
based on producing favorable conditions for transmitting impulses from
the nerve to the muscle and activating the contractile elements of the
muselep but provide no evidence to support the position that imidazole
action is related to anticholinesterase activity, Orig. art, has: 3
f igures.
SUB CODE: LS/ SUBM DATE: 030ot64/ ORIG MP: 007/ OTH MW: 003

A -1
dqfic!,L-r,-j, a-id idea --ffpc-. on
1".-kricstereMs rind
24 no.Z.OP-34 JI-Ag 165*
1. liAyorn' 'rr~yn blokhImll (7av. - -ror.
p"Atoloi-,li 4.
Oz~i-l. ;u~nit--ed .'.Iy 23, 1964o
recreticn of
in mor.keys.
(xilp I
ternAli V,N

SOLOVIYEVA, G.A.
Localization of the application of ImIdazole or- neurcmuscular pre-
parations. Biul. ekep. b1ol. i med. 60 no. M60-64 0 165.
1. I'afedra blokhlmli xhivotnykh ( say. - prof. S. Yo. Sever1n)
Moskovskogr (osudarstyannogo universiteta Jmmr-I M.V. 14monosova.
Submitted October 3, 1964,

SOV/ 124- 58-8-1353
Translation from: Referativnyyzhurnal, Mekhanika, 1958, Nr 8, p 138 (USSR)
AUTHOR: Kurmanov, M.I., Govor, U.S., Dobruskina, Sh.R.,
Sandler. N.1., Solov'yeva, G.G., Filippova, T.F.
TITLE: The Effect of Arsenic on the Properties of the High-strength
Steels lZKhNZA, ZOKhNZA, and 18KhNVA (Vliyaniye mysh'-
yaka na svoystva vysokoprochnykh staley IZKhNZA, ZOKhNZA
i 18KhNVA)
PERIODICAL: Byul. nauchno-tekhn. inform. Ukr. n.-i. in-t metallov, 1957,
Nr 3, pp, 59-75
ABSTRACT: The authors conclude that arsenic has a harmful effect on
the properties of the high-strength steels IZKhNZA, ZOKhNZA
(more likely: 30KhNZA; Transl. Ed. Note), and I8KhNVA, for
whicli reason they assert that its presence in these steels is
admissible only as an accidental ingredient (the percentage
content whereof should not exceed a few hundredths of one
percent).
From the r6suM6
Card I/ I

SOV/ 137-5h- 10-20850
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 10, 1) 71 (USSR)
AUTHORS: Sandler. N.I., Solov'yeva. G.G.
TITLE The Nature of Dead Spots on Terne Plate (K voprosu o prirode
"tsvetnogo nadava" zhesti)
PERIODIGAI, V ab.: Nletallovedeniye i term. obrabotka. INIoscow. Nletal-
lurgizdat, 1958, pp 2-17-250
A IIS T R ACT An investigation is made of the nature and reasons for the
appearance of dead spots on the surface of terne sheets. Dead
spots consist of exceedingly fine films of oxides which come
into being during the process of annealing. The oxides yield to
pickling with difficulty and can only be removed by polishing.
The structure at the surface of a defective sheet consists of
grains of ferrite of various dimensions, with ill-defined bound-
aries. The structure of the metal beneath the film of oxide is
analogous to the structure of normal portions of the sheet. The
rnicrohardness of the defective spot (219 kg/mmZ) is 19kg/mmz
higher than that of the base metal.
s--Coa'.Jng3 2. Metals--Heat treatment 3. Ccatlng~;- .-Analysis
Metal
Card 1/1 4. OxJde 11!_'7.s--P-.oPer*.!e_-

XURMNOV, X.I., kand. takhn. nauk; SOLOTIMA, G.O., lush.
Significance of testings on the resilience of shoot steel &M
Atecumaten of results In detorsdutng its quality. Truir Ukr. nauch.-
teal. inst. met. no.4s221-2)l 158. (KIRA I-10)
Shoot steel--Testing)
~
Mstallurgtcal plants-Q~mlity control)

KURMUM.07 , M. I . , ka nd . tokh n. nauk ; LE Vk, N. Y. . p ro f . ; SOWV I TRVA , Gy. G. 0
inzh.; GURIVIC11, A.B., kand.khim.nauk -- ------ -
Jdtfoict of areento on the rovernible tnnpar brittlonnam of
alloyed stools. Trudy Ukr.nauch.-19sl.1nst.m*t. no,51202-211
159. (MINA 1311)
(Steel--Brittleness) (Arsenic)

KWMAINOV. H.I., ktmd.tekhn.nauk; INSHEIMISKIT, V.I., Insh.; BOWVITIVA,
(;.0.' I'IKULIHA. L.M."
Investigating causesOf the low toughness of thick shoot
(lip to 50mis.) M160 sAsl corresponding to Stato Standard
6713-51. Trtjdy Ukr. natich.-laal. Ins t. mlst# nO.5t223-2)3
159. (MINA INI)
1. Ukraltakiy ing titut metallov I Zavod In. Tornshilovs.
(Sheet steel-Teating)
(Steel-Ketallography)
I

18 (7)
AUTHORSs Tarantova, A. S., Solov'yeva, G. C--, SOV/32-25-9-23/53
Pevzner, L. M.
TITLE: Methods for the Metallographic Anallysis of Str+inless StselS Of
the Transition-type
M1,2110PICAL i ','(4xodPka.Ya laborutoriya, 1959, Vol 25, Nr 9, pp 1069-1091 (VSSR)
kB!S,IIRACTs During recent yeexa the transitien-ty e stainless 6%e1 of
the austenite-mattensite class (BAX) fEI904t SI925 grades and
others) have found wide application. The basio struct-are of
these steels is austenitic, sometimes with fairly large
quantities of martens ite, all, steels of this sort (except
E1904) oontaining 5-20% of 1-fe-,-ito. As theso steels differ
from the standard types of =GteL~te ateels (such as steel
Kh18N9 etc) in having a lowe.- ezabillity of th* austenitsi
electropolishing nust be em 'LIjy4d f,,r obtalniig grouni-metal
surfaces. Various electrol,7tas ru~.-e -;eed a-at (Ref 11, and on
the basis of the results ob'a-4ie.1 a method ."o:.- the zake of
ground sections was developel. `,'he foiloaln,-f oloitrAyte iu
reoommendeds 55 9 of ci;rio ".1 ml of s4lphur'~~ acii
1.84); 25 ml of disti!)&U4 rutwa-. Tei:i )orature of the electrolytes
'

Card 1/2 0
, current density I duratton, ~-5 ainutes.
80-90

Methods for the Metallographic Analysis of Stainless SOV/32-25-?-2V53
steels or the Transition-type
A layer 0.05 mm thick is -thereby removed. Stainlese iteal
Kh18N9T is used as a cathodeo The main ntructitre of (BAX)-
stools (austenito, martenal".i, -.arbldsv, and 6-forrite) oxi be
made visible by anodic atching _'T1 10% aqueous oxalic a ':i,t _t',;
room temperature and a marrenl. ~!eneit,.y of 0.5-0.8 f:o~, a
period of 45-120 sec. '30m-i ezamplo.3 u.f differently
(BA10-steela are given with cor-espoading otrdcloAr-i
The occurrence of an increavel at:.o~.aitl of mex.~nsitlu D~ .I,
surface layer of the g-,ou:r:.mi,-t,.L.. _-c~,3ticns which could De
observed in several cases iE, aac,~_-'.rijd bj the hypoth,~ais of
Ya. M. Golovehiner and 0. ?. W,~zqi;ao-ra, I.e. that the
energy conditions for the forka';icn if martenelte are zore
favorable oa the suriface thau in "'_,9 *6.3'.eri~)r of the metal.
To make A-ferrite visible, etching in a hot splution of
10 g KOH + 10 g K 3Fe(CN)6 + 100 ml H20 for 5-10 min is re-
commended. To make S-ferrite visible, the method of magnetic
metallography can also be used (Ref 2). There are 4 Afiezureo
and 3 references, 2 of which ara Soviet.
Card 2/2

S/129/61/000/011/007/010
8073/9335
AUTHORSt Selyavo, A.L., Engineer. Popov&, N.M., Candidate of
Technical Sciinces, Zaslavskays, L.V, and
Solov'y!svao_!~.G., Engineers
TlTLgt Coiled springs mad& of the steel 013 OKW)
PZRIODXCAL: Metallovedeniye i termicheskays obrabotka
metallov, no. 11, 1961, 36 - 0
TUM The investigations were made to obtain more accurate
information on the heat-treatment of this steel. Rolled reds
of steel 3Khl3 (0.26 - 0.31% C an 'd 12.05 - 1399 CO were subjected
to mechanical and physical tests. Phase composition and
structural transformations were determined by differential
carbide analysis, described in earlier work of the authors and
their team (Ref. 5 - "Zavodakaya laborateriya", 1953, no. 7) and
by X-ray structural analysis (carried out by G.M. Rovenskiy
(deceased)). metallographic and electron-microscopic analyses.
Relaxation tests were made on springs (Dav a 20 and 22 mo,
d - 2 mm, t . 8 and 6 no, H w 53 mm, n mr 10 and 8) which were
fixed into a rigid jig and hold at the test temperatures. Due te,
Card 1/3

Coiled springs ....
S/129/61/000/011/007/010
9073/Z335
the rigidity of the holding device, the total deformation during
the tests remained constant. The relaxation tests of the springs
were carried out with initial stresses below the limit of pro-
portionality of the material and at stresses which slightly
exceeded the limit of proportionality. The experiments yielded
the following results3 1) it was established that strongthenial
of this steel during tempering in the temperature ran&* 300 -
500 0C is associated with the decomposition of the ct-phase and
rejection of disperse particles of the carbide (to, Cr) 3C in the
form of plate* of a thickness below 10-5 MO RojectioV of the
chromium carbide (C r, Fe)7C3during tempering (at 470 C and
higher) only supplements the process of dispersion-hardening
and strengthening of the steel,2)The temper brittleness of this
steel at 475 - 550 OC in attributed to the rejection of the
disperse chromium carbides (Cr. Fe) 7CY 3) Xt was established
that the tempering temperature that ensured maximum relaxation
stability of the steel 3Khl3 depends on the temperature of the
relaxation testai on increasing the test temperature from
Card 2/3

Coiled springs S/129/61/000/011/007/010
E073/E135
300 to 350 OC the optimum tempering temperature increases from
450 to 500 OC. 4) In the case that the solid solution and the
cementite (F Cr)?C are relatively stable, the maximum
relaxation s%bili y of the chromium steel 3KhI3 depends on the
structural state and is apparently determined by the largest area
of the total surface of the interface between the *-phase and
the disperse carbide particles which take the role of barriers
preventing the movement of dislocations. 5) optimum heat-
treatment of compression coil springs from this steel ares
oil-quenching from 1000 - 1050 OC; tempering at 450 OC with a
holding time of 1 hour, followed by cooling in air, the resultant
hardness being 44-50 HRC. 6) The steel investigated in
recommended for cylindrical compression coil springs, operating
at temperatures Up to 300 OC.
There are 4 figures, 3 tables and 10 references: 9 Soviet-bloc
and 1 non-Soviet-bloc. The English language reference reads a$
followas
Ref.8: K. Kuo, Iron and Steel Institute, V-173, 1953.
Card 3/3

'D
LlIL27--6'I
-TC-CFZSION IM: AP3000488 S/01P.9/63/000/005/0040/A4
AuTHOR: Bokshteyn, S. Z,.; Klohkin, S. T.; Ilikishoy, A. S.;_Polyak, E._
So1ov7eVVjG* as
TITIE*. Aging of plasticLl~l deformed !:U~o a-
SOURCE: Metallovedentys I termicbeskaya obrabotka metallov, no. 5j, 1963, 40-44
TOPIC TAGS: thermomechanical treatment, high temperature, low temperature
beat resistant steel, beat resistant alloy, titanium alloy, aging, mechanical
properties, rupture life
ABSTRACT: A review of rublished reports on thermomechanical. treatment of steels
and alloys (TMT) indicates that THT has a beneficial effect on rupture strength
only up to a certain temperature. At higher temperatures the diffusion processes
which cause softening proceed at a considerably hi6her rate than in conventionally
treated alloys. For instance, an Ni-Cr-W-M-Ti-Al &Uoy (unidentified) after 174T
and aging bad a rupture life at 850C 30 to 40% lower than conventionally treated.
al.loys,although its tensile strength was 25% higher. At lower service tempera-
tures (550C for Ni-baze alloys and 450 to 500C for Ti-base a3loys) TW greatly
Increases creep strength and rupture life, especially when combined with aging.
Card 1/1

L 11227-63
ACCESSION NR: AP3000488
The optimum combination of tensile strength, notch toughness, and rupture life
for the XhNWTYuR alloy (Nimonto 80A) is obtained by plastic deformation at 1000
to 1050C with a reduction of & 30% followed by aging. The VTZ-1 TI-baaa alloy,
forged at 920C, water quenchedp and aged at 550C for 2 hr, bad a tensile strength
at room temperature of 145.5 kg/ 1= 2, elongation of 9.4%, reduction of area of
47%, a notch toughness of 2.0 mkg/CM2, and a rupture life (at 450C under
52 kg/mm 2 stress) of over 150 hr; corresponding fiqures for a conventionally
treated alloy were 117.0 kg/mm 2P 12%, 34%, 2.9 Mkg/CM2 . and 108 hr. Still
greater effects can be achieved by tvo-stage TMT: deformation at 12000 followed
by water quenching; reheating to IOOOC and a second deformation with a reduction
of 5 to 10%, followed by water quenching and aging. After such treatment the .I I:.
alloy had a rupture life of 200 hr at 550C under a stress of 92 kg/VM2 and 100 br
at 650C under a stress of 62 kg/=2; corresponding figures for conventionally
treated alloys were 3 to 7 hr and 60 hr. Combined treatment of the lKhIMZW
th
steel (forging with 60% reduction at 1010C. water quenching, aiming at 600C wi
5 to 10% reduction, combined with aging for 2 hr) Increased the tensile strength
at 20C by 4o% and at 450C by 6o%, and the rupture life (at 450C under a stress
of 75 kg/=2) by 250%. Orig. art. has: 4 figures and 3 tables.
ASSOCIM1011: Lone
Card

-ArtA 5 C 2 i's
%o.~-.143-3.48 "',50 18110)

SOURCE CODE. -UR/03701651000/00/0143/014
q,f r V4 r )" V
AUMOR., Lavski k In S. T. (Moscow)-, P91yak E. V. (Moscow)
llr~ ____y, D. 1. (Moscov);
Hoshchina I. H. scowF-1 Sol6v_lyeva, GO Go I Yu. Y~U.Bi;~)
;cc
14011cov); Cherkii
7/
ORG: none 46
TITLE., PLv=mech
anAcal treatment. of heat-resistant martensitic steel
YY u -_
SOURCE: AN SSSR. Izvest _-Cally, no. 5. 1965, 143-148
TOPIC TAGGS: steel, heat resistant steel', "wl& treatment
1A,AA C-, &A~. 11~4-11 140 AL-4A" 41_~ IE1961 steel
ABSTRAM Heat-resistantIE1261 e
~ste'l (0-14% carbon, 10.8% chromium, 1.75% nickel,
1.65% tungsten, and 0.26% vanadi um) has been tested for the effect of thermomechanica~
treatment (TMT). Three variants of TMT were used: 1) high-temperature thermomechani.
cal treatment (HTMT) - plastic deformation at 900-1050C folloved by cooling; 2)
lov-temperature thermomechanical treatment (LTMT) - austenitizing at 100C, cooling
to 600C, plastic deformation, and cooling; and 3) combined high- and low-temperature
treatment (HLTMT) - plastic deformation at 1050C, cooling, tempering at 580C for
3 hr, plastic deformation at 600C, and cooling. Preliminary experiments showed that
optimum reductions for HTMT or LTMT are 20-30% and for HMMT, 50% at 1050C and 7-101o
at 600C. All three variants of TMT considerably improved strength and heat resistanc4
without a significant decrease in ductility. The room-temperature tensile and yield

L 9557-66
ACC NR# AP5
strengths of steel subjected to HM, LTMT, and HLTW Increased to 117 and 106 kg/m2
132 and l14 kg/mm2, and 133 and 118 kg/am2, respectively (compared to 108 and
92 kg/m2 for conventionally treated steel). Corresponding figures for rupture life
at 500C under a stress of 58 kg/mm2 were 2TO, 206, and Mhr (compared to 149 hr for
conventionally treated steel). The strengthening effect of HTMr was not annihilated
by aging for 100 hr at temperatures up to 550C; that of LTMT was annihilated for the
most part by aging at 500C (see Fig. 1), When applied under optimum conditions to ac-
Texmile
st~enqtl
kg1mm-
Its
Its
Yield
at/ren
k a~h
9
If
too
I Ps
Aging temperaturing, *C
Fig. 1. Effect of 100-hr aging at various temperatures on the
tensile and yield strengths of NI961 steel subjected to HM (1),
LTHr (2), HLTMT (3). and conventional treatment (4)
43
z

2/3

ACC NRi AP5026362 0-
tual parts, vith the plastic deformation done by die forging, HTHr and HLTHr Increased
the 100-br rupture strength at 5ooc to 62 and 63 kg/MM2 (from 57 kg/am~ for conven-
tionally treated steel) and the fatigue strength at 5o0c, to 46 and 53 kg/mm2 (from
35 kg/=2 for conventionally treated steel), respectively. HTHr can be used for parts
operating at temperatures up to 550C and HUNT, for parts operating at temperatures
up to 500C. LTW Is not recommended for parts operating at elevated temperatures.
Orig. art. has: 2 figures and 3 tables. [DV)
SUB CODE: ll,,lol Sum DATE: o6may65/ ORIG REF: 002/ ATD PRESS:

SOLOVIXUA, G.I.; HAYBOIMAp V.1.1 CUMUMOV, A.P.; XWGAUj T.S.
Preparation of a water-soluble given sulfur dye and the engine
dyeing of viscose staple fibers. Xhim.volok no.4:4!~-47 162.
NIRA 15:8)
1. Voesoyusnyy nauchno-ionledavatellakiy inatitut iskusetvennogo
volokna (for Solov'yeva, Mayboroda). 2. Butyrokiy khimicheskiy
zavod (for Ostroumov, Kovgan).
(Dyes and dyeing-Rayon)

BARANOVA, Z.D.; ZARINA, E.Ya.; FILICHEVA, T.B.; SOLOVIYEVA, G.l.; KAYBORODA9 V.I.
Use of surface-qctive agents in the production of raw-stock dyed viscose
silk. Khim.volok no.6:66-67 163. OURA 171l)
1. Klinskiy kombinat (for BarRnova, Zarina, Filicheva). 2. VsesoYllznyY
nauchno-issledovatellskiy institut lskusstvannogo volokna (for Solavl-
yovao Mayboroda).

t 3,T1.1
I 3(1(il' Yq~ Ili's I.; Ft--1.1 T I. I 1A V A, G, I.;
i
."A"l NA, K.Yr L. F I LICIIEV A, T. B.
1! L V
Tligrents stc~ck dytAri7 o!' viscose fibfrs. Vhim.
no. 0-62 165. (WIRA 18:7)
1. lk.,~sojumiyy Inktiastvennogo volokna (for
~"Iyb.rkyh, Solovlpivn, Fght). 2. institut
t~olnprodnktov I ~rfksitelf!y (for F(diman, Shilovit),
i. Klitl.;kij kumbintit irklisstvonnogo I sints-t1ok.e0ogo volOna (for MrIna,
Cillln?)Vft, Fillclievn).

k
',(jOV'YFVAj C1.1.
Scientific and technical seminar on the "New dyes and dyelng
of, loose synthetic fibers." Kh1m. volok. no.5-.'/P-79 165.
(MIRA 18:Yj)
1. Vsesoyuznyy nauchno-larledovateltakty Instiltut ls~usnrvennogo
volokna.

I . , , - I I
Rij'.# ( I . .1
j-,; , 1 .1 ~, S? i I :', . ,, %b. I ,
,e iw~-edlv. T
Ilant nonatodcls -':abba,
l1r.-Il" 165 -
of planl~ rier-4itoden In infecticns bY ',lYtclAthOf~elll('
Ibi a. : VO-L"'. 19:2)

kBTAUUKAYA, V.G.; KOUiLMA, A.H.; KUDIAX, D.G.- SOLUV'UVA, G.K.;
KILiAmKon-, N. 1.
Immunochemical analysis of dissociative forms of typhoid bacteria in
relation to changes in their virulence and in=ogenic properties,
Zhur. mikrobiol., epid. i '-sn. 32 no.9,.105-112 S 161. (MLIA 15:2)
1. Iz otdola obahchey meditainskoy mikrobiologii Instituta opidemiologii
i mikrobiologii imeni Gamalei AMI SSSR i kafedrybiokhimii rastenly
Moskovekogo gosudarstvennogo universiteta imeni Lomonoeova.
(EELATIM11A)

FUKS, I.M., VALEYEVA, '-'..11.; FWOVA. F3F.9-, VOLKOVAO L.P,; BFUCOLM'SKAYA, T.A.;
ROMASHKEVICH, l.K.. PrInimall uzhnstlye: MCROWVA, L.M.; DASHFVSKAYA
S.I.; VAHMINA, L.S.; KARAVAYEVA, G.V.; IVANCIISKTY, A.K.; MP-,YKHINA,
G.Ye.;.,$QLCV')lVA,.G.M.; ANDRIYANOVA, M.V.; IXIIMETCVA, V.M.;
TEMIM" SKAYA, M.Ye.; HISCRINA, L.S.; KALASIMIKOVA, YP.I.; PESHKO,
A.P.; IVANCIA, N,V.; ALKE.ElYr.A, N.I., SADOMIKOVA, O.N.
Study on the pussilAlity or rediielng the diFlitheriR vaccinke- dose in
of' I) to 12 yomr-old solhoalchilldron. amr. mlVroblol.,
im:-.nn. 1.1 no.llt!03,-Y~7 165. (MlRA 14:5)
1. flfimskly Lnstltiit vetktsin I i-;-.-,)rot-)k Imeni fIrchnikova.

SOLOVITY'VA, G.N.
--
Raconditioning the shuttle box on double-rib knitting machines.
Obm.tekh.opyt. [IUI no.3602 156. (NINA 11111)
(Knitting machines--Naintenance and repair)

SOLOVIYEVA, G.P., aspirant
Timely disinfection of fleaseed. Zashch. rast. ot vredo i bol.
6 no.3:30-31 Yx 161 iFlaxsood-Disinfection) (HIRA 15:6)

:) f ) i 1 6, 1 1 If-r, * IUL -, ., 7" . , -j TI " h .
I
r.X th~- mpFnet'~-2 field on 'ho- ax's c;,,' a :~~11 I./Ith
;Li=me t r - ca 1 ( - or. ~'!: al and cyl 44 ni:-.1, 1 - ol is 11 . .1.1ektrichest ;~-,
r.C.1191-92 JS 164. (MIRA 17~61'1

ACC NR, AP603,18 -3 9
INVENTOR: Baranov, N. V.; Gorbachev, L. M.; Orlov, 1. Ye.; Sokolov, G. I.; Solovl-
yeva G. S.
ORG: None
TITLE: A turborefrigerator. Class 17, No. 187050
SOURCE: Izobreteniya, promyGhlennyye obraztsy, tovarnyye znaki, no. 20, 1966, h4
TOPIC TAGS: refrigeration equipment, turbine, ventilation fan
ABSTRACT: This Author's Certificate introduces a turborefrigerator for pressurized
cabins and instrument sections of aircraft. The installation contains a housing,
turbine and blower all mounted on a shaft set In air-cooled ball bearings. The unit
is designed for improved cooling and reduced weight. Longitudinal cooled air supply
i channels are made in the housing at the level of the turbine blade base. These chan-
nels communicate with the cavity between the screen and the cover. The shaft bear-
ings are mounted on the ends of a thin walled housing vith reinforced flanges vhich
have sloping holes for coolant circulation.
1/2 uDc: 621.565.94 629-13.

i ACC NRs AP6035839
i
I
I-housing; 2-channels; 3-screen; 4-cover; 5-turbine; 6-blower; T-shaft; 8-
ball bearings; 9-tube vith reinforced flanges; 10-holes
011.3/0
SUB CODE: ~O * SUM DATE: 21NOV64