SCIENTIFIC ABSTRACT MALININ, YU.S. - MALININA, R.D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001031810016-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MALININ, Yu.S.. kand.tekhn.nauk; MAYANTS, M.M., inzh.
Calorime* or conductometer for studying the hydration process of
cement during beat and moisture treatment. Trudy NIITSement
no.17145-52 162. (MIRA 1615)
(Cement-Testing)

MALININ Yu.S. kand.tekhn.nauk; KLISHANIS, N.D., inzh.
Study of the hydration process of tricalcium silicate. Trudy
NIITSement no.l?t53-63 162. (MIRA 16:5)
(Calcium silicates)

ROYAK, S.M., dotsent, kand.tekhn.nauki_MALININ, Yu.S., kand.tekhn.nauk;
MAYANTS, M.M., inzh.
Study of the hydration process of tricalcium silicate during heat
and moisture treatment. Trudy NIITSement no.17:64-75 162.
(KERA 16:5)
(Calcium silicates)

BUDNIKOV, P.P., akademik; ROYAK, S.M.; HALININ, Yu.S.; MAYANTS, M.M.
Hydration kInetics of Portland cement clinker minerals in hydro-
thermal treatment. Dokl. All SSSR 148 no.1:91-94 Ja 163.
(HM 16:2)
1. Vaesoyuznyy gosudarst7ennyy nauchno-iseledovatellskiy inatitut
tsementnoy pramyshlermosti. 2. 21 UkrSSR (for BUdnikov).
kPortland cement) (Hydration)

WL56o
5/02 63/148/001/018/032
B101YB186
AUTHORS: Budnikov, P. P., Academician AS UkrSSR, Royak, S. M.,
Malinin, Yu. S., Mayants, M. M.
TITLE: Study of the kinetics of hydration of Portland cement
clinker minerals in hydrothermal 'processing
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 148, no. 1, 1963, 91-94
TEXT: The degree of hydration of 2CaO-Sio 2, 3CaO -S'02, 3CaO-Al2039 and
4CaO-Al 0 *Pe 0 was opleulated from the content of non-hydrated phase
2 3 2 3
determined by x-ray diffraction analysis; L 100 - A/100 + mA, where L
is the degree of hydration, A the content,of non-hydrated phase, and m
the stoichiometric coefficient for the water content of the fully.
hydrated material. The empirical equation L - K logT - B was found,
where T in the time, K a factor depending on temperature and other
experimental conditions, and B a constant proportional to the induction
period of hydration. The equation describes the hydration of the
principal amount (20-80%) of the individual compounds investigated, and
Card 1/2

S/020/63/148/001/018/032
Study of the kinetics of B101/B186
their mixtures and the alite phase of Portland cement. Its use simplifies
the study of cement hydration. Further investigations are being carried
out for combined settinp, i.e.v short-termed hydrothermal processing and
subsequent setting at room temperature. There are 4 figures and 3
tables. The most important English-language referenc'e is: S.Brunauer,
L. Copeland, R.H. Bragg, J.Phys.Chem.,60,no.1,112 (1956). V
ASSOCIATION: Vsesoyuznyy gosudarstvennyy nauchno-issledovatellskiy
institut tsementnoy promyshlennosti (All-Union State
Scientific Research Institute of the Cement Industry)
SUBMITTED: September 11, 1962
Card 2/2

BUDNIKOV, P.P. , akademik; ROYAK, S.M.; MAYANTS, M.M.;. MALININ, Tu.s.
Occurrence of an intermediatephase during the hydration of tricalcium
silicate subjected to hydrothermal treatment. Dokl. AN SSSR 150
no.1:136-139 My 163. (MIRA_16:6)
1. AN UkrSSR i chlen-korrespondent AN SSSR (for Budnikov).
(Calcium silicates) (Hydration)

66 EWT(m)/EWP(w)/T/E'NP(t)/ETI/i~.P(~) i~iCCT D/ H'R/ N 15
AP6019713 SOURCE CODE: UR/0128/66/000/006/0003/0005
AUTHOR: Korolev, V. M. (Candidate of technical
date of technical sciences); Zhmurina, Yu. A.
Malinj~'a, A. D. (Technician); Kuyanova, M. M.
ORG: ione
TITLE: High-strength stainless steel VNL-1
sciences); Kol kashkin, B. M. (Candi-:
(Engineer); Maslov, A. D. gn~jineer);
(TechnicianY-
SOURCE: Liteynoye proizvodstvo, no. 6, 1966, 3-5
TOPIC TAGS: stainless steel, high stren th steel, austenitic martensite steel,
precipitation hardenable steel VNL-l
M
ABSTRACr: A new austenitic-martensitic cast stainless steel designated V'NL-l has
been developed. The steel contains 0.08% max C, 0.9% max Mn, 0.75% max Si, 14.07-
14.60% Cr, 6.45-7.50% Ni, 0.68-0.83% Mo, 0.016-(Y.OlfV. S, and 0.028--0.30% P. At
room temperature the steel has a tensile strengthAf 111-123 kg/mm2, a yield strengtk
of 84-93 kg/mm2, an elongation of-ll.-8-19.0%, a reduction of area of 37-45%, and a
notch toughness of 5-8 mkg/cm2. The corresponding figures for -196C are 161-180
kg/mm2, 107-147 kg/mm2, 9-16%, 14-21%, and 4-7%. At 500C the steel has a tensile
strength of 65-80 kg/mm2, an elongation of 8-10%, and a reduction of area of
20-40%. In cyclic tests under a stress of 77.5-88 kg/mm2, the steel withstood
Card 1/2 UDC: 621,74:669,15-194.55

L 36940-66
ACC NRt AP6019713
6000-14000 cycles at a frequency of 8 cycles/min. Under axial stresses, the steel
has a fairly low notch sensitivity. The steel an be successfully welded with argon-
shielded arc in either the as-cast or heat-tr~;ted conditions. Fully heat-treated
, sa
welds have a strength of over 90 kg/mm2 and I ~patisfactory notch toughness in the
range -196C to 20C. The corrosion resistanc in S02 and in sea water of VNL-1 is
equivalent to that of E1696 dind 268L eels. The steel is used for investment
castings i-to ceramic7iii_"d ~~)Oa_g. at has: 7 figures and 4 tables. (FM]
SUB CODE: Il/ SUBM DATE: none/ ORIG REF: 002/ ATD PRESS:50,3
2/2

MALINTNA, A. I.
Finkel'shteyn, M. Z., K. F. Zhigach, Ye. M. MjogilevGkiy, T. A. Tibilava, and
A. I. Malinina. "Carboxymethyl E'thers of Cellulose and Their Use in Industry"
Problem of Petroleum Production and Petroleum Engineering, Moscow, Neftyanoy
institut, Gostpptekhizdat, 1957, 393P-e~ (Trudy v-YP. 20)
TbAs book is a collection of articles written by professors and faculty an ers
of the Petroleum Inst. lm 1. M. Gubkin.

FINKEL ISHTEYN, M.Z., imnd.tokhn.nauk-; ZffIGACH, K.F., prof., doktor khimi-
chaskikh nalik; 1CGIISVSKIY, Te.M., kand.tokhn.nauk; TIBIWV,%,
T.A., lnzh., -MkLINIH14., A. I.
Carboxymothyl others of cellulose and their use In the natiowl
economy. Trudy 14111 no.20:67-92 157. (MIM 13:5)
(Cellulose)

5( 1 , 3) ~3)01'2r, - 12 3-2-22., 50
AUTHORS: Zhigach, K. F., Finkel'shteyn, M. Z., Timokhin, 1. M.,
,-_fAalinina, A. 1.
TITLE: Production of Carboxy-Methyl Cellulose Fractions and Investi-
gation of Its Physical and Chemical Properties (Polucheniye i
issiedovaniye fiziko-khimicheskiKh svoystv fraktsiy
karboksimetiltsellyuiozy)
PERIODICAL: UoKlady Akademil nauk SSSR, 1~~d, Vol 125, Nr 2, pp 2UV-291
(USSR)
ABSTRACT: This water soluble sodium salt of the cellulose carboxy-methyl
ester (CMC) has found widespread use in the last years as a
stabilizer, emulsifier, active addition to synthetic deter-
gentB, as a glue etc. (Refs 1,2). CKC is a complex polydisperse
product consisting of various fractions that differ from each
other by their chemical composition (Ref 3) and their physical
and chemical properties. CKC can be produced with different
values of the esterification and polymerization. Therefore not
every CKC type is suited for the purpose. Only single types
can be practically used in the one or other branch of industry:
Card 1/4 this must be determined in every single case. The connection

SOV120-123-2-22150
Production ol* Carboxy-Methyl Cellulose Fractions and Investigation of' Its
Physical and Chemical Properties
between the chemical composition of the CMC samples and their
properties and behaviour has remained unexplained until now.
These samples almost ever contain a certain amount of small
fibers that are difficult to solVe and are capable of swelling,
the so-called gel-like phase, the content of which can influ-
dnce in a high degree the properties (especially the rhe-
ological properties, Ref 4) of CMC solutions. For these reasons
the authors wanted to Close this gap. Four samples of CMC were
chosen as objects: a) That used for stabilizing loam solutions
in drilling (Refs 2,5), b) That serving for the stabilization
of silicate salt solutions when drillihg into water-endangered
and easily sliding soft rocks (Ref 2), and as a glue (Ref 6).
c) German samples of the type VHR, d) A special CMC preparation
of low viscosity. Besides its fractionation by means of
methanol or acetone samples a - c are separated into the gel-
and sol-like phases by centrifuging. I The viscosity, II the
stabilizing effect were determined of the fractions obtained.
The Viscosity Of the aqueous solutions of' CHC above 0.1% does
Card 2/4 not obey the Newton law. In the 0.05% solutions investigated

SOV/20-123-2-22/50
Prod.uction of Carboxy-Methyl Cellulose Fractions and Investigation of Its
Physical and Chemical Properties
the viscosity anomaly was almost completely lacking. The
stabilizing effect of the CMC fractions was determined by the
fIltration analysis with a pressure drop of 1 atmosphere
absolute pressure. Table 1 gi'vds the results. As may be seen,
the-ftactidnation tends to show a heterogeneity of the CMC
with respect to the degree of polymerization and esterifica-
tfbn. The^propekti~s of the fracti.ons change according to
rtLles with the order of the isolation of the latter: lower
polymerited fractions are esterified in a nigher degree. The
fractiods produced by precipitation are not of equal value with
respect'to their stabilizing properties. It was also shown
that the gel-like phase has only a weak stabilization and ellect.
Besides the degree of polymerization and esteritication this
must be taken into account. The ratio of the gel- and sol-lixe
phase is not only important when used as a stabilizer of loam
solutions. The gel-like phase is the mos. effective when using
it as a glue. There are 1 table and 7 itsierences, 4 of which
are Soviet.
Card 3/4

SOV/20- 723-2-22i5O
Proauction of Carboxy-Methyl Cellulose Fractions and Investigation of Its
Physical and Chemical Properties
ASSOCIATION; Moskovskiy neftyanoy institut im. 1. M. Gubkina (Moscow
Petroleum Institute imeni I. M. GubKin)
PRESENTED: July 3, 1958, by A. V. Topchiyev, Academician
SUBMITTED: JulY 1, 1%)58
Card 4/4

5(3),17(3)
AUTHORS: Zhigach, K. F., Finkellshteyn, M* Zov SOV/20-123-3-25/54
Timokhin, I. M. , ~1.
TITLE: Carboxy-Methyl Cellulose Preparations for Blood-Substituting
Solutions (Polucheniye preparatov karboksimetiltsellyulozy dlya
krovezameshchayushchikh rastvorov)
PERIODICAL: Doklady Akademii nauk SSSR, 1956, Vol 123, Nr 3, PP 471-474
(USSR)
ABSTRACTs The sodium salt of the compound under review (Na-CMC) does not
considerably change the blood composition if used as a plasma
substitute in animals (Ref 1), even not in considerable excess.
Na-CMC, however, was negatively characterized since it causes
hypertension on intravenous injection. It was useful to try the
synthesis of such preparations which also would yield good
results with regard to their hemodynamic properties.
CMC preparations can be produced with different polymerization
degree (PD) and esterification degree (ED). This work was
initiated by the institute mentioned in the "Association"
together with Tsentrallnyy institut gematologii i perelivardya
krovi - TsOLIPK (Central Institute of Hematology and Blood
Card 1/4 Transfusion) in 1953.

Carboxy-Mathyl Cellulose Preparations for SOV/20-123-3-25/54
Blood-Substituting Solutions
CMC preparations with different PD- and ED-values were obtained
by esterification of pulverized alkali cellulose with sodium
monochlorine acetate. The quantity of the esterifying agent
depends on the PD of the original alkali cellulose. Table 1
shows that, at the same ratio of the reagents, with a lesser
PD of alkali cellulose higher EDs are attained. The desired ED
can be obtained by a limitation of the sodium monochlorine
acetate consumption, as this reduces the PD of the initial
cellulose. For the synthesis of blood-substituting solutions
only chemically pure CMC preparations can be used. An instruction
for the purification is given. In order to obtain a complete
solubility the ED of CIAC must be high; values of 70-85 do not
influence the blood-substituting properties of CMC (Ref 5). From
among the CMC preparations tested (PD of 240 up to 58) those
Yrith values between 70 and 100 were the most efficient ones
0% aqueous solutions with a viscosity 3.5 - 5.0 centipoises;
contrary to Ref 6). The desired preparations with a low PD can
be obtained by a) destruction of the initial cellulose and
alkaline cellulose,respectively, or b) by additional splitting
Card 2/4 of finished CMC preparations. Only the mode b) can be recommended.

Carboxy-Methyl Cellulose Preparations for SOV1120-1 23-3-25/54
Blood-Substituting Solutions
In order to accelerate the destruction process of the alkali
cellulose that requires a lot of time, by atmospheric oxygen
(Table 2), hydrogen peroxide is added to the mercerization bath
or to the alkali cellulose during the pulverization. The results
of the experiments are given in table 3. Small quantities H 202
(up to 1-5,~O do not influence the blood-substituting properties
of CMC. Large amounts, if added directly to alkali cellulose,
turn CMC preparations toxic, and animals are killed if they are
intravenously injected. The increase in the toxic effect cannot
be explained by a modificatic-a of the average chemical
composition. Most probably it is a consequence of the unequal
destruction process as well as of the agglomeration of a certain
quantity of highly oxidized cellulose by which CMC preparations
become toxic. For this reason, H 202 must be used very carefully
for the above-mentioned purpose. For the purpose of reducing of
the PD below 100 the finished product was hydrolytically cleft
with aqueous HC1 solution at 61-70'. The duration of this
process depends on the initial PD of CMC preparations. Good
Card 3/4

Carboxy-Kethyl Cellulose Preparations for SOV/20~ 12 3- 3- 25 /5 4
Blood-Substituting Solutions
results were yielded with CMC preparations of a relatively low
molecular weight (PD about 130). The investigations performed
suggest new ways of synthesizing Na-C11C preparations with
blood-substituting properties. There are 5 tables and
9 references, 6 of which are Sr~lriet.
ASSOCIATION: Moskovskiy neftyanoy institut im. I. IA. Gubkdria
(Moscow Petroleum Institute iin,~n-'_ I. )A. 'lubkin')
PRESENTED: July 39 19589 by A. V. Trc-pchiyer, Academician
SUBMITTED: July 1, 1958
Card 414

FIRMISHTEnT, M.Z.; TIMOKHIII, I.M.; V0GILF-VSKIY, Te.M.; MALINTIU, A.I.
Obtaining sodium cU.(.roacetate for the production of
carboxymethyl ethers of cellulose. Iev.v7s.ucheb.zav. neft' i
gaz 2 no.12:43-47 '59. 4 (MIRA 13-5)
1. Voskov0dy institut neftikhimicheakoy I. gazovoy promyshlennos'i
imeni akademika I.M. Gubkina.
(Cellulose) (Acetic acid) (Oil well drilling fluids)

DKHARIYAL., Ch.D.; ZHIGAGH, K.F.; MALIVINA, -A-.1.; TIMOICEN, I.M.;
Fll=,LISHTZYIIJP M.Z.
Effect of production techniques of carboxymethylcellulose
on its etherification and solubility in water. Izv.vys.ucheb.
za'v.; neft' i gaz 5 no.2:29-34 '62. (MIRA 15:7)
1. Moskovskiy institut neftekbimicheskoy i gazovoy
promyshlennosti imeni akademika I.M. Gubkina.
(Cellulose)

FIMMLISHTEYN, M.Z.; TIMOKHIN, I.M.1 SATDIBAYU, R.S.; PODLEGAYEV, I.P.;
-A., -
Using low-viscosity preparations of carboxy1methy1cellulcee
for stabilizfng weightvd clay muds. Iav.vys.ucheb.zav.; neft'
i gaz 5 no.4:25-27 162. (MIRA 16il)
1. Moo-kovskiy institut neftekhimicheskoy i gazovoy pronqstlen-~-
nosti imenj akeLdendkEL I.M.Gubkina, Namanganskiy %avod
iskusstvennogo volokna.
(Cellulose) (Oil well drilling fluids)

DKHARIYAL, Ch.D.;,MININA, A.I.; TIMOKHIN, I.M.; FINKELISHTEYN, M.Z.
Effect of some factors on the reaction rate of carbo-~.et~ql&--
tion of cellulose and the homogeneity of carbaxymethylceilt-
lose. Zhur. prikl. khim. 36 no.11:2513-2517 N 163.
(MIRA 17.1,
1. Moskovskiy institut neftekhimicheakay i gazovoy promy,jh-
lennosti imeni I.M. Gubkina.

DKHARIYAL, Ch.D.* ZHIGACH, K.F.; MALININA, A.I.; TIMOKHIN, I.M.;
FINKEL'54TFYN, M.Z.
Factors influencing the effectiveness of cellulose
carboxymethylation. Zhur.prikl.khim. 37 no. 5slO99-1105
Pty f64. (MIRA 1717)
1. Moskovskiy institut neftekhimicheskoy i gazovcy
promyshlrsnnosti Imeni I.M.Gubkina.

L 00460-67 Zv"? k n C)
CODS I UR/0080/66/039/0o8/184911'852~
SOURG6
ACC NR- APk-30903
M.; Finkelahtoyn
Dkhariya:L,_ Ch. D.; :;a1la. Timokhin~ _, _M. Z.
0.7'3: Mosscow Institute of the Petrochemical and Gas Industry imont I. M. Gubkin
(.":Os'C.-ovskiy institut noftokhimichoskoy i gazovoy-p-r-o*my-shionno-sti)'--------- -
TITI,Ei Zffoct of the conditions of preparation of earboxYMethy1coUu1o3G1(Cv'C)
do-rea of its P2_11Y_Morj_~~t_ion
SOUi-%CZ1 Zhurn&l prikladnoy kh"i, v. 39, no. B. 1966, 1849-1852
TCKC T"'GuSt cellulose, polymer degradation, polymerization degree
-.2z1'
-2 !
on the
st'adj of the effect of the norcorization temperature showed that as the
lattor rise6, the degree of polymerization of carbox-.rnothylcollulose (CMIC) diM1nj.5hOS.1
This is attributed to the high rate of degradation of cellulose during its morcoriza- I
tion at higher temperatures. In the process of carboxymothylation of cellulose ' a I
rise in the reaction temperature to 800C reduces the degradation of the CIVIC obtained.*!
95', however, the degradation is more pronounced. The degree of polymerization f
C.-.0 decreases very appreciably with rising content of free NaOH in the reaction mix-
ture. it does not change with changing call-Alose/CICH2COOH ratio and changes only
1~ith the wator/collulass ratio. Ultrasonic waves/'(19.45 kc) had no effect on
t.'-,G '00lymerization. it is shown that the degree ZTT-p-o7l~m-erizat ion of CMC can be do-
%IerzLod in unpurified preparations, since the impurities they contain do not have axv~
Cc-rd 1/2 UDC: 547.~~g~.81+ ~1.64

L o8460-67
.ACC NR, --,,,p6d~0903 0 j
xonreciable effect on the concentration of the lwd-molocular electrolyte in a 1.3
1.
I N ;aOH soluttion. Orig. art. hasi 8 tables.
I I
SUB CODSI 07/ SUBM DATE: 06ju!64/ ORIG REFI 002/ OM RUS 001 1,

FINKELISHTEYN, M.Z.; UKHARIYALY Ch.D.; TIMOKHIN, I.M.; MALININA, A.I.
Effect of successive additions of reagents and the degree of
polymerization of cellulose on the degree of esterification
and solubility of carboxymethylcellulose in water. Izv.
vys. ucheb. zav.; neft' i gaz 5 no.11:31-34 '62.
(MIRA 17:6)
1. Moskovskiy institut neftekhimicheskoy i gazovoy promysh-
lennosti imeni, akademika I.M. Gubkina.

OhLO'V, Vladimir lv--nov'Lcb; MLEJE.A, G., red.
(A treatise on insp-Iratirr. -w'ich b4rth txo
r: .. - -
invfnt-ons] T--a-ktat o vdokluiovele rozhdaiushchem velikie
izob-eteniia. 'Voskwi, lzd-vo "Znanie," 1964. 349 p.
(MIHA 17: 6)
I I

GAMO, N.V.; KURNOSOVA, L.M.; MALININA, G.P.
Results of the study of the safety and im mun ological effective-
ness of simultaneous vaccinations with live vaccines against
poliomyelitis and mumps. Trudy Len.inst.epid.i mikrobiol. 22t
66-93 '61- (MBIA 16:2)
1. Iz virusologicheskoy laboratorii Leningradskogo instituta
epidemiologii i mikrobiologii imeni Pastera i otdela virusologii
rnstituta epidemiologii i mik obiologii AIS SSSR (zav. - chlen-
Xorrespondant AMN SSSR prof. A.A. Smorodintsev).
(POLI(t=ITIS-VACCINATIOD)
(MUMPS-FREMTM INCCULATION)

a 4 1 0 1 0 '1 s .1 U is n a .6
00 A A L A A-1 AL-A A L a F, p ~1- (k it 0
4 Heitc-Cmentat d Cummum and tuaptem autpet
Ueds. V. A. FAakfitim mind K. S(idjujuji. Stai 9. N.. 4
43-41 (109) .- N(scactic propertin of steeb Cunig. 11,
C 0.90-1.10 and Cr 2A)-3A)% Ud I!;) C 1).634US,
so W 5A OA Sol Cr 03-0 '501, which have Wen anacaki)
for machining can bc rvitOC4 by (watitis it) a high trillp..
00 ilxyut Jkr15' for (1) and 12(W lm (2), for A tutu. to dts-
the carbitles, mAing in air. anticalins at CoUU* to ppt. .00
carbidesat. the optinium degree of dispersion and quenching -00
in oil from 910*. H. W. Rath,"int
0
so
U r
00 t;C 0
I.Ae 0
00 t N.
V -?x
U It 11 .0 ~s I '1A An L S 6 'J-d 'I I If N I dJ I
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of 00 of 0 0 0 0 & 0 @s0 0 0-
go
a 0 0 0 0 4 0 0 Q-* 0
4 *

I
I!.Aj.INIINA, K. A.
IIALIHIU, K. A. "Isothermic Transformation of P9 Austenitic Steal."
Min Higher Education USSR. Moscow Order of Labor
Red banner Inst of Steel imeni I. V. Stalin.
Moscow, 195,-. (Dissertation for the Degree of
Candidate in/iSciances)
TECHN I CAL
So: Knizhaya Letopis', No. 17, 1956.

77-
-

. . . . . . . . . .
. .

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of 3

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14 A:

KLLINIRA, K.~ ~andidat takhnicheskikh nauk.
Sixth conference of laboratory workers employed by instrument making
plants. Zav.lab.22 no.11:1394-1395 '56. (MLR& 10:2)
1. Veasoyuznyy nauchno-isaledovatel'skiy instrumantal'nyy inatitut.
(Scientific apparatus and instruments)

MALININA..,K.A.; SMCLINIKOV, Te.A.; 5'=0V. A.P.; BADAYEVA, A.A.; LUNZVA.
Z.5.; KUKOLU. 7.T.; SOKOLOVSKATA, V.T.; LgREMA, TG.A.; UVAROVAI
A.F., takha. red.
ETachnological operations in the manufacture of metal-cutting
tools; instructions] Takhnologiia izgotovleniia metallorezha-
shchikh instrumentov; rakovodiashchie materialy. Kr%akva, Goa.
nauchno-takhn.izd-vo mashinostroit.lit-ry. No.7. [Heat
treatment] Termichaskaia obrabotka. 1960. 127 p.
(MIRA 13:6)
1. Vaesoyuznyy nauchno-issladovatellskiy instrmaentallnyy insti-
tut. 2. Termicheakaya laboratoriya Vaesoyuznogo nauchno-issle-
dovatel'skogo instrumentallnogo instituta (for all, except Uvarova).
(Ketal-cutting tools) (Metals--Heat treatment)

GULYAYEV9 A.P.9 doktor tekhn. naukg prof .;-IUL-ININA, K.-A., kand, tekbn,
nauk; SAVERINA, S.M., inzh.; YAKOVLEVAV 'V..X.g r~d_.; UVOROVA,
A.F., tekhn. red.
[Tool-steels, properties and beat treatment; manual] Instrumental'-
nye staliq uvoistva i termicheBkaia obrfbatka; spravochnik. Mo-
skva, Gos. nauchno-tekhn. izd-vo mashinostroit. lit-ry, 1961. 205 P.
(MIRA 14%8)
1.14oscow. Vsesoyuznyl nauchno-issledovatellskiy instrumentallnyy
institut.
(Tool steel)

MALININA, K.A.
C;f &Lj3t"r-jt, i I., '[1...", 1-1
ir, -aFlI SL~--
I -, J-16 '..,
plastic daformati-in. i tol-lb. nl~r. "'u"t.
17 MY '64. (?'i;tA 1"'- t,)
1. Vs~~sD~-.ziiyy '- 1.!, ~ t al , ,I,, ~,,
institut.

KMINA, A.A.; ?LILININA, K.N.
Tertlan malaria with prolonged Incubation time in migrants
from the south. Med.paraz. I paraz.bol.24 n0.3:220-223 Jl-S
'55. (MIRA 8:12)
1. 1z Leningradskoy gorodskoy prativomalyariynoy stanteii
(zav.stantisyey, R.M.Sobolova)
(MALARIA, epidemiology,
in Russia, tertian malaria In migrants from
southern Russia)

p
ZAPOLISKAYA. A. N.; KURDINA, A. A.; KALIIiINA, K. N.;PANMOVA, Ye. A.
Relation of dysentery to hymenolepiasis. Med. paraz.i paraz. bol.
24 no.'4:308-310 O~-D '55. (KI.NA 9:1)
1. Iz Leningradskoy protivomalyariy-noy stantaii (zav. R. m. Soboleva)
(TAPZWO.RK II&ECTION. in infant and child.
hymenolepiasis, relation to dysentery)
(DYSMITTERY, in infant and child,
relation to hymenolepiasis)

R=INA, A.I.. MALINMA. K.N., PAIDMOVA, Ye.A.
The problem of the relntion of dysentery, to giArdinsis helminth
infections. Med.parnz. i paraz. bol. 27 no.2:183-188 Mr-Ap '58
(MIRA 11:5)
1. Iz parnzitologicheakogo otdein Leninggrsdskoy gorodskoy
annitnrno-eT)idemiologicheekoy FtAntsii (gla7W vrsch N.G.
Grigorlyevn, zav. otdelom R.M. Soboleva).
(DYMNTERY, complications
giprdiasis or helminth infect., interreintion (Rua))
(GIARDIASIS, complications
dysentery. interrelation (RUB))
(HEU4MH IMCTIONS, compliCations
dysentery, interrel~tton (Rua))

AV/'
USSR/Chemical Technology - Chemical Products and Their H-7
Application. Ceramics. Glass. Binders. Concrete.
Abs Jour Referat Zhur - Khim:Lya, No 1, 1958, 2074
Author Mironov S.A., Astreyeva O.M., Malinina L.A.
Inst
Title Interaction of Minerals of Tricalcium Aluminate and
Tetracalcium Alumoferrite with Finely Ground Quartz Sand
During Autoclaving.
Orig Pub Tsement, 1957, No 2, 9-13
Abstract A study of interaction of quartz sand and synthesized
C A and COF under conditions of autoclaving for 4 and
24 hours at pressures of 8, 12 and 16 atmospheres gau-
ge pressure. It was found that the strength of an -lea
prepared from pure C A and subjected to autoclaving, is
2tributed to the formation of tri-
w-ry low, vhich is a
calcium hydroaluminate of cubic form. The strength of
samples made from pure CW is high; the products of
Card 1,12

USSR/Chemical Technology - Chemical Products and Their H-7
Application. Ceramics. Glass. Binders. Concrete.
Abs Jour Referat Zhur - Khimiya, No 1, 1958, 2074
hardening of C4AF are the hexahydrate of iron hydroalumi-
nate, a considerable amount of Ca hydroxide and Fe hydro-
xide. On addition of ground sand to the C3A strength of
the samples is increased considerably; in the experi-
ments that are described a strength of up to 200 kg/cM2
was attained. On addition of ground sand to C.AF strength
of the samples is decreased, which is due, appirently, to
the fact that the main portion of the sand constitutes a
lean addition, while the strength of the new formations
is lower in this instance. It is pointed out that it is
advantageous to utilize sandy portland cement, having as
a base alite-alumoferrite clinker, in the manufacture of
autoclaved articles; on steaming of the articles at at-
mospheric pressure the same clinker is recommended but
with a substitution of finely ground active additives, in
lieu of the sand.
Cara 2/2

AUTHOR: Malininq,_-L.A., Ingenieur. 187
TITLE: On the composition of Portland Cement and the "optimum"
pressure of steam for concrete components subjected
to autoclave treatment. (0 sostave Portlandtsementa i
optimallnom davlenij. para pri avtoklavnoi obrabotke
betonn,ykh izdelii).
PERIODICAL: "Beton i Zhelezobeton" (Concrete and Reinforced Concrete),
No.2
pp.65-68 (U.S.S.R.)
1957
,
,
ABSTRACT- This autoclave method accelerates the process of
hardening and saves Portle-nd cement (UP to 50%) by the
addition of finely ground sand. The selection of the
type of Portland cement and optimum steam pressure are
claimed to be very important. Investigations carried
out by Professor S. A. Mironov of the NIITS are
explained as follows: Clinker substances (C 3 S,C2S,C3 A
and C4AF) and also quartz sand were obtained syntheti5-
ally and ground to pass a mesh with 4.900 squares/cm .
Test results show that the high strength of the samples,
after autoclave treatment, is developed in samples
prepared from C AF and that samples made from C A
N
;
eable strength. The addition
finely
possess no measa
ground sand results in increased strength of the product
due to the presence cf hydrosilicates. Products based
on C 3A are of average strength and products based on C 4AF

1 Imum"
On the composition of Portland Cement and the "opf
pressure of steam for concrete components subjected
to autoclave treatment. (Cont.)
are the weakest. All the clinker materials react
chemically in the autoclave with the finely ground
quartz sand, the addition of the latter inducing more
complete hydration of all the clinker particles and
thus considerably increasing the strength of the
products. The largest quantity of quartz sand combines
with C S, a slightly smaller quantity with C ; this
results in the formation of calcium hydrosilecate of
considerable strength. C A and C AF also react with
certain quantities of quaNz sand 4f orming:
3 CaO . A203 1 xSio 2y H20 compounds.
The author recommends the introduction of this autoclave
method in all new factories for precast concrete
roducts. The products should be cured under pressure
8 to 12 ats). There are 2 graphs, 2 tables and 2
~
references, one of which is Russian.

MALININA, L. A., Cand Tech Bel -- (dies) "Study of the cenent
composition and steam pressure for concretes of autoclave solid!-
3r~v~jx-- LV-0-
fication." Mos, 195,8. 19 pp. (Acad of gkkt-td- and Architect USSR,
Bel ReG*#AqM Inst of Concrete and Reinforced Concrete MIS-), VO
copies. (KL, 9-58, 118)
- 80 -

MIRONOV, S.A., prof.. doktor tekhn.nauk; BUZHZVICH, G.A.. kand.takhn.nauk;
1MISUTY, I.M., kand.telchn.nauk; -MA34NINA, L.A., kand.tekhn.nauk:
KHAVIN, B.H.. red.izd-va: 13OWMY d
W.X
(Instruction on autoclave hardening of concrete products made with
solid and porous aggregates) Instruktaiia po avtoklavnoi obra-
botke izdelii iz betonov na plotnykh i poristykh zapolnitallakh.
Moskva, Gos.izd-vo lit-ry po stroit., arkh1t. i stroit.materialam,
1959. 25 P. (KIRA 12:11)
1. Akademiva stroitel'stva i arkhitektury SSSo. Hauchno-isslado-
vatellakly inatitut betona i zhelezobetona, Perovo. 2. Laboratoriya
yachsiatykh i legkikh betonov i uskorennogo, tverdeniya betona Nanchno-
iseledovatellskogo instit ta betona i zholezobetona Akadeknii stroitell-
stva I arkhitektury SSSR VrIor all except Khavin, Borovnev).
(Autoclaves) (Concrete products)

MIRDHOV, S.A., prof.; HALININA, L.A.. kand.tekha.aauk
Investigating the modulus of elasticity in autoclave-hardened
concretes. Trudy NIIZHB no-11:175-185 '59.
(MIRA 13:6)
(Concrete-Testing)

14IRONOV, Sergey Andreyevich, doktor tekhn. nauko prof.;_YALIN]21A,_
IaFr~ls~aaAjlee~kseyev - , kand. tekhn. nauk; GLEZAx?OVA, I L.,,
va
red. izd-va; TaIKINA, Ye.L., tekhn. red.
[Accelerating the hardening of concrete; steaming concrete
under factory conditions] Uskorenie tverdeniia betona;
proparivanie betona v zavodskikh usloviiakh. Moskva,
Gos. izd-vo lit-ry po stroit., arkbit. i stroit. materialamo
1961. 222 p. (MIRA 15:2)
(Concrete)

NIALINII.711, L.A., kan6.telchn.nauk
Frost reoiatance and 3-.-ontaneou:3 defor:.-.ations in autoc~'-ve concretes
made wit]. dense and uorous aL-,,-,refa'teD. Bet. i z*-,--e:.-o--t. no.1:33--';
(11
Ja '61. TA -1-4-2)
(Frost resistant concrete)

MIRCNOV, S.A., prof.; MALININA, L.A., kand.tekhn.nauk; FEDCROV, V.A., inzh.
Strength increase and linear deformations of concrete during
steaming. Bet. i zhel.-bet. no.4:170-174 Ap 61.
(MIRA 14:6)
1. Ghlen-korreapondent Akademii stroitel'stva i
arkhitektury SSSR (for Hironov).
(Reinforced concrete)

MALININA, L., kand,tekhn.nauk
How to choose a steaming system. Stroitell n0.5:28-29 My 161.
(KM 14:6)
(Precast concrete)

S 'O6X621OOO I~00 -.~07 -/'- 0-
B 5G B '0'
AUTHORS; Mironcv, S,. A- Sizcv,, V. N., Malinina, L. A., Khvoros7-
yanski.y. V. F.
11TLE. lnvest~ga-ion of the --ompcsition and pr3cesses of hea
treatment of hiehly statle mortars and f--ne-era,.red
for prestres:ied reinforced concre-e Lanels
PERIODICALt Refera7ivnyy zhurnal KLimiya, no 2, '962
abstract 2K4,54 ~'Tr. 11', 1 . in-ta betona znelezobet-na A~si~
1~ .'9\
i arkKi tekt . SSSR . nc , - 2 -
str-va zo, r, j
T---.YT. The fundamental technolcg1cal factDrs are c-.nsidered ;r- r a i n I n
,he requisite strength of v''brated and rclled -oncrete for Fre-stressed anJ
L
reinforced panels. To obtain a strength of 500 - 400 kg/zm;~ wi ~ h pr~~iaa-, - n.~
for 2 to 4 hours a- :000~ it i-~ essential to apply fresh low
aluminate alite- cements containing C 5S > 55% and C 5A wi-h a
surface of 5500 - 4000 .1m 2" g ~ It is ne-esq~iry to use class,.11,.el san!,
ojliminating particles less t~.an 0,0' mm and to introduce instead parts -f
sand 25-5001 cf g-ran4tic rubbles with grains of 7,0 to '5 mm in size. Th-
,- a rd//;

S/108' /16 2/00 -~/J-'C z~ /C
.nvp-.g --r~ -,f ~ he ccmpoS'-~ ion
7
i-- iuc t lon of B/L~ ~V//I'.,~ f f on t f
- ne (, n 're , ~- III, X Mdke --I p- 6S i b! ~ t~t hi ri f i n- a-, no--l -.-ir r- f
s'rengtf~ immed--aTely af-er sh,~r--duration preheat--ng. Keeping ~he
r-repared mix for 5 cf an tefore prurin-~ in--- 'he -noll can a' j rl -
-g-h I e -, z - ag-
-rease tiie s rre., - . -.?~ ti v -,ra'.~d and rolled panels. IT - advan
:o s~--r 'he crsn-retp m-x ir, v-.tra-,-lry m,.z~~.rs c)r in crusherii Heat 7 r~,-
-a 1 j , -, :- 2 4 h ,,,i r - -, - h - .- - ~ 4
menz a' . 30 r,3 b,- -i~* . - w - the surfa,:~
t c pr~ -re- n -, loss cf mc is~-re- 7i n -e s ---rg f~r :-Esls-,an: e :t f r.Ds~: . Samr
c th~- --emer,'-sanl mor-a:,, Preheaicl f~: hours at '00C were k-?r- 'r:
-- 0 1 c- E3 r f ' r ~-- e z i n g a d .3. w : r. g w io u an y s u '-- s - a r, a 1 s -- f w
ncte.
runs 1 a t i ni
.a :-d 2

.MALININA, L.A., kand.tekhn.nauk; FEDOROV, V.A., 1"ah-o
Deformations' of concretes in the process of steaming and during
further storage provided with air-drying. Izv.ASiA 4 no.ls
qo~-97 162. (MIRA 1511l)
(Concrete)

MIRONOV, S.A., doktor tekhn. nauk, prof.; LININA, L.A., kand. tekhn.
nauk; FEDWOV, V.A., inzh.; KAYSER, L.A., inzh.; KEDNGAUZ, S.D.,
kand. tekhn. nauk; PANFILOVA, L.I., kand. tekhn. nauk; 3EMENOV,
L.A., doktor tekhn. nauk, prof.i PODUROVSKIY, N.I., kand. tekhn.
nauk; VINITITSKIY, A.M., kand. tekhn. nauk; KLIMOVA, G.D., red.
izd-va; SHEVCHENKO, T.N., tekhn. red.
[Instructions on curing concrete and reinforced concrete products
at plants and building sites]Instruktsiia po proparivaniiu beton-
nykh i zhelezobetonnykh izdelii na zavodakh i poligonakh. Mo-
skva, Gosstroiizdat, 1962. 33 p. (MDa 15:12)
1. Akademiya stroitellstva i arkhitektury SSSR. Institut betona
i zhelezobetoqa.,Perovo. 2. Chlen-korrespondent Akademii stroitell-
stva i arkhitektury SSSR (for Mironov).
(Precast concrete--Ciring) (Autoclaves)

S/061/62/000/022/053/068
BIBO/B186
AUTHORS: Mironov, S. A. , Malinina, L. A.
TITLE: Chemical additives to accelerate concrete setting
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 22, 1962, 365 abstract
22K363 (Stavba, v. 9, no. 2, 1962, 41-44 L31ovak . J~
T-*-'XT: A study was mide of the effect of the following additions on the
setting rate of concrete made with cement type 500: CaCl 2Y NaCl, NaNO 3f
K2Co 39 Al2(so 4)31 Al 2(S04)3 +CaCl 2f AIC1 39 Na2S.203* Whatever the
consistency of the concrete mixture, the composition of the cement or the
conditions of setting, the most satisfactory additions were CaCl 2 and
NaC1 in the amount of -116 (by weight of the cement). Chemical addit'ions
combined simultaneously with steaiiinE produced the strongest concrete.
,rAbstracter's note: Complete translation.]
L
Card 1/1

MIRONOV, S.A., prof.; MALININAL.A,4 kand.tekhn.nauk; KOROLEVA, O.Ye.,inzh.
Effect of the duration of curing on concrete strength. Bet.i
zhel.-bet. 9 no.5:196-199 W 163. (MIRA 16:6)
(Precast concrete-Curing)

MIRONOV, S.A., doktor tekhn. nauk, prof.; MALININA,.L.A., kand. t6khn.
nauk; MOROV, V.A., inzh.
Physicamechanical properties of concrete with compact and
porous aggregates subjected to autoclave treatment. Tru
NIIZffB no.32.-88-109 163. (MMI 17: 11

MIRONOTI, S.A., doktor tekhn. nauk, Prof.; NALININA, L.A., kand. tekhn.
nauk; LIFANOII, I.I., inyh.; MALINSKFI, Ye.N., inzh.
Dilatometric studies of structures of cement mortars sub-
jected to various heat treatments. Trudy N-IIZHB no.32:66-
76 163. (MIRA 17:1)

M --7 R G N CrV f. -. A dokror *.elchri. rla%~. MALININA ',.A,. kand, t~khn.
- ., prof., P
niiu~.; Yedl., 'nzh.
Me~nod of de,armIrlIng defor-matlong of various con:-rel.~-s ~n
the process of autoclaving. 'Strr,. mat. 10 no.C`),Ic-40 -~e '64.
~V.*T-.' .'7 -C

.-,.A., aoktur tekhri. nauk, r,,-f.;
tekl-m. riauk; F, -;:-.zh.;
i n z h . ; " --
P
L! ethocs for the rajA6 heat treatment of conccret-.! ~ni
prospect-- for u3-*tnz them in the ~rcdlucti,,,n olf
concrete icv,-, .-.*Z)r a
,cna Navy ikb p.-imeneriiia pr~
riogo zhel~:z-obet--r.~ . "r)-l"r,~- -, .'*rgiizdn '(:464.

~ I ~,f) I , a
.- serrey , oktor teklm. nauk, prof.; -MILDINA,
Larisa AleRrevcvna, kand. tek~n, mauk
-cce'era-on of the hardeni n.- -, " ,, nt 1 '"sy.- r~n,
f ~' L L ~ -1 u - - t~
tverdeniia betona. -"zci.2., -' -q. VosKva,
izdat, 19~-4. 34'- p. ( ~,, I T-I'L 17 , -, )

MIRONGI, S.A., doktar tekhn. naiik; IMALININA, L.A., kand. teklin. nauk;
MALINSKIY, Ye.N., inzh.
Role of the excess pres-surk of air-sr,-~!am medium in Lne process
of thermal treatment nf bu'l.dincy materials. 'itrai. mat. 11
no. 12:8-1-1 D 165. NIRA 18:12)

BRONSHTEYN, R.M.; GORYUNOVA, V.G.; STERLIN, 1. I.;,HALjNj4A IVANOVA, A.S.
Rapid complexometric (trilonometric) methods for determining the
zinc, magnooium, and calcium content of paint materials. Lakolcras.
mat. i ikh prim. no.2:42-41+ 160. (MIRA 14*4)
(Paint materials) (Zinc--Analysis)
asium--Analysis) (Ca1clum--Analysis)

FUGACHEW, A.G., kand. med. nauk; KRIZOIISKAYA, N.I.; IIIALMINA. L.1.
Clinical Xpray data in incomplete intestinal version. Pedia-
triia 42 no.3:25-30 *163 WMA 17 - 2 )
1. Iz khirurgicheskogo otdeleniya (za-1jr. - kand. med. nauk A.G.
Pugachw nauchnyy konsulltant - prof. S. Ya. Doletskiy) In-
stituta pediatrii ( dir. M. Ya. Studenikin) AMN SSSR i Det-
skoy gorodskoy klinicheskoy bollnitqy No-13 imeni f,'.F. Fiiatova
(glavnyy vrach L.A.Vorokhobov), Moskva.

ARMT,A.A., prof.; UTARYAN,A.A.. kand.me,,.nauk; 3AIAOV,G.A. prof.;
VOLKOV.,111-V., prof.; VAR-2-HAVSKAYA, D,Ya., kand. med. naiik;
VOROOODOVI L.A.; "ME, 'LC-7~ A.:.,. kand. med. nauk;
DMIYELIbEK, K.V., kand. med. nauk~ -'ERZFAVUl, V.M., kand.
med. nauk; DOLETSKIY, S.Ya., prof.; YEAMOLIli, MI.; ZATSEPRI,
S.T., kand. med. nauk; MAGRITSEV, A.Ye., dots.; ISAKOV,Yu.F.,
doktor med. naulk; KOZ",','?EV, V.A., l,land. med. nauk; KONOVALOV,
A.N.; KOR11YANSKE', G.P., prof.; KLLW41SKE, V.A., kand.,med.
nauk; KLInOVICH, 1.3., dots.; N.I., kand. med.
nauk LEVII":A, O.Ya.,. kanc. med. nwak: LF-.;'fJSHKDi. A.!., kand.
med. nauk; LEY!3ZOl',, N.D., c-.oktor Led. naukj ~!ALI24IINA., L.I.,
doktor med. naukj MAREYEVA, 7.0,, kandidat meditsinskikh
nauk; NERSES'Yl`:'S, S,I., kand. med. nauk; OVCHINNIKOV, A.A.;
OGLEZDTEV, K.Ya.: kand. med. nauk; :iCSTOTSKAYA, V.I., kand,
med. nauk; STEFANOV, E.A., kand. med. nauk; EPSETM", P.V.;
GST-.~tMRKHOV, G.Ye., prof., glav. red.; DOI-lBHOVSKAYA, Yu.F.,
prof... otv. red.
D"lultivolume manual on pediatrics]Vno~otomnoe rukovodstvo po
pediatrii. Moskva, Meditsina. Vol.9. Pediatric surgery] Khi-
--urgiia detskoFo vozrasta. Red.toma S.IA.Doletskii. 1964. 654 p.
(MIHA 17:9)
1. Deystvitel'rWy chlen 9C SSSR (for Dombrovskaya). 2. Chlen-
korrespondent AMN SSSR (for Bairov, Vclkov).

"A.
a
;Ui3
10 e- ;3
j ta r2. rl As,
~5 rm-d
L- va t i L. 0 J: o Z~w ~3,3 rl *,I. r:, row-9 Ln td le
.1-;t v;'ar :5;nre
Ins L " ~,j t8 f

A Fr, U7 OU R-. h 3 1 9
T R A C T arid corditions. 7he haem varieties of w~LTcmolonn for
Friq,ral'34a.7a 8ami-dearrt axe. Rnlito-N-,lskiy, Semipalat-4
inskiy &-'Ad
o"hors. 'Tar :~6,0,3t for
&f foe d)'. fu,. cc~.,-
,'AR:): 2/2

MALININA. M.I.
Adaptation features and properties of watermelons in dry
Trudy po prikl. bot.' gqn. i sel. 32 no.3:219-222 159.
l ,
(MIRA
(Melons) (Plants, Effect of aridity on)
(Adaptation (Biology))
farmi-rig.
14: 5)

MALININA, M. I., CAND AGR ACI, GN*ffwr T--sR+e+4-" 0 F
GROWTH AND DEVELOPMENT OF WATERMELONS IN THE NO~IAR.I-
QAT64----ARE-A- OF THE SEMIDE~&94;ff REGION OF WESTERN KAZAKHSTAN."
LENINGRAD-PUSHKIN, 1960. (MIN OF AQR RSFSR, LENINGRAD AGR
INST). (KL, 3-61, 226).
334

IVAIX"TA, Z.B.; I .'.; :1~: , J,.', .. PC~ '=T~-,, . .
I N I - A -Az - 'L ~
.4 new preparat ion for t~~e noist eradicat~~on of lltj~jeCtr '
I . ~1~
slevutOrtl- Jelekt9iYa 1 Sel'lellovodstvo 17. 110.6,51-1 1, "". )
(Cj~ 47 no.l?'.3115P '5*1)

- ' 1~ I ~-1 f
rAV -
USSR /'Gene-ral and Special Zoology. Insects
Abs Jour: Ref Zhur-Biol., No 1, 1958, 2361
Author Yefremova, N. I. and Malinina. M. S.
Inst
Title The Preparation NIUIF-100 for the Disinfection of
Warehouses.
Orig Pub: Zashchita raot. ot vredit. I bolezney, 1956, No 31
28-29
Abstract: The following pests were destroyed by the emulsions
of NIUIF-100: the granary Curculionidae and the peas
Bruchidae, in 3 days and 3 nights, by a concentra-
tion of 0.001-0.01%; the rice Curculionidae, in 2-
6 days and nights, by a concentration of 0.025-0-01%;
mites,in 7 days and 7 nights, by a concentration of
0.005-0-01%; scarabs of the small Tenebrionidae, in
9 days and 9 nights, by a concentration of 0.01-9.OWo.
Card 1/2
30

MALINIHA, M.S., starshiy nauebW sotrudnik
Spray disinfestation of grain storages. Zashcb. rast. st vred.
i bol. 3 no.4:30 JI-Ae, 158. 04IRA 11:9)
l. Moskovskaya etantsiya zashcbity rasteniy.
( Insecticides) (Grain--Storage)

IVANOVA, Z.V., kand. eel I akokhoa.nauk; MALININA, M.S., starahiy nauchnyy
sotrudnik *10mm"amw
Prepare storages to receive new crops. Zashch.rast.ot vred.i
bol. 5 no.702-34 J1 160. (KRA 16s1)
(Granaries-Disinfection)

3,"'11-7/60/000/012/015/022
A004/AOOI
AU7HORS: MalininaL N., Molodkina, M., Datskiy, M., Filippov, G.
TITLE: Cement Models for the Manufacture of Dies
PERIODICAL: Mashinostroitelt, 1960, No, 12, P. 36
TEXT' : Generally the complex profile of the working surfaoe of forging dies
for blades ic machined on copying milling machines according to wooden model
templets. These models lose their geometrical shape rather quick because of
temperature fluctuations and the effects of air moisture in the storing rooms,
Instead of having model sets for forging dies made of wood, the manufacture of
which takes a model maker of the 6th grade some seven days, the Leningradskiy
metallicheskiy zavod (Leningrad Metallicheskly Plan~) prodaces these models fr,c,-rn
cement. The templets used for the cement-model makirg serve also for the checking
of the die shape during the milling operation and fitting work. At the beginning
a frame work is manufactured from templets, distance sleeves and gaging pins.
Braces are mounted on the sides of the framework, tightened by wedges and cramps,
Then diluted construction gypsum is filled into the framework, the side walls of
which are removed after the solidification of 'he gypsum. The profile of the die
I
lard 1/2

S11 17/60/CADC/~~ 121'~: 22
Cement Models for the Manufacture of Dies A004/AOOI
model is then shaped subsequently between every pair of neighboring templets, %he
surplus gypsum being cut away flush wish the templet profilo, Those parts of --ne
profile for which the framework does not provide a templet Is done by surfacp
gaging. The ready gypsum mold is covered with a thin nitro-1acq1jer coating and
greased with stearin diluted with kerosene in order to prevent the gypsum from,
sticki-rig to the cement. Side walls are mounted lo the ready mold and the ':emf~n*.
is poured in. The process of the cement model setting takes 3-4 days, The rash
,~emsnt model-templet has a smoother and bet-,er sarface than the wooden or=s, whl-le
itz manufacture costs by 2-2.5 times less than tna,, of wooden model-femplet_-.
There are 4 figures.
C ard 2/2

STRELETSKIT, D.H., kand.tekhn.nauk; MALININA, N.G., inzh.
"Economics of steel elemental by IA. M. Likhtarnikov. Reviewed
by D.H.Straletakii, N.G.Malinina. Prom. stroi. 40 (i.e. 41.1
no.3.-55-56 Mr 163. (WRA 16:3)
(Steel, Structural)

M.ALININA, N.G., inzh.
Setting labor standards for preparirg welded
elements of aluminum alloys. Av~om. svar. 17 no.ll."r-71
17 164 (1-1,IFA 18:1)
1. NII mon tazhgpe tsa troy.

MALININA, N.V., kand.med.nauk (Leningrad)
Urinary excretion of neutral 17-ketosteroids in dysentery. Vrach.
delo, no.10:1-27-128 0 162. (MIRA 15:10)
1. Ka-fedra infektsionnykh bolezney (zav. - prof. P.I.Strelov)
Instituta usovershenstvovaniya vrachey, Leningrad.
(STEROIDS) (DYSENTERY)

VAgnetic fields Zarth
un
"PAgnOtici Fi~l& of West Siberia," 14'. Ye. MalininAp
Inst Terrestrial Magnetism, 18 pp
"I&vvA]md Nauk SSSR. Ser Geograf I Geofiz'" Vol Xl~
-N01
ritorleep of'
Reg$onal magnetic anomalies of the ter.
Weit Siberia mapped and published for first tim.
VAps made without use of the results of detailed
IMMEMetic surveys carried out by number oT organiza.
tiima, chiefly by the 'West Siberian Zxpedition. of
*he ~State-Union Geophysical Trust, due to'the var
'UM/Geophysion (Contd) J01947
slid the necessity of rapid work. Maps W be"~uisie&
.to solve general question@ of geologic structure.~In
Wait Siberia, and to plan geophysic and geologic
Vrospecting work. Future mapping :will use moreL~'
emplete, data then available. Submitted by A6a&e.
mialan L. S.. Tjeybenzoh.
4M'

3(6) PHASE I BOOK EXPLOITATION SOV/2770
_~.a-lininallatallya Yevgen~evn~_
Magnitnoye pole zemLi (The Earth's Magnetic Field) Moscow, Svyazlizdat, 1959*
39 P- (Series: Lektsii'po tekhnike avyazi) 8,300 copies printed.
Sponsoring Agency: Ministerstvo svyazi SSSR. Tekhnicheskoye upravleniye.
Resp. Ed.: Yu. D. Kalinin; Ed.: V.I. Bashchuk Tech. Ed.: S.F. Karabilova
PURPOSE: This booklet is intended for the general reader interested in earth
science. It will be of intgrest to ca=unications and other specialists
concerned vith the effect~'terrestriai magnetism.
COVERAGE: This booklet discusses questions in terrestrial magnetism and the
Earth's magnetic field. The importance of such studies to geologists in
the matter of prospecting mineral deposits is noted. Studies vere carried
out by magnetic stations under the direction of IVM (Institute for the
Card 113

The Earth's Magnetic Field
SOV/2770
Study of Terrestrial Magnetism. Ionosphere, and Radio wave propagation). No
personalities are mentioned. There are 8 Soviet references.
TABLE OF CONTENTS:
Foreword 2
Introduction 3
-xze Earth's Permanent blaoictiL its 6ecular Variations 6
Elements of terrestrial magnetism 6
Magnetic surveys 8
Secular variations 16
Graphic representation of the Earth's magnetic field 19
Strueture of the Earth's magnetic field. Magnetic anomalies 23
Hypotheses on the origin of the Earth's peimenent
magnetic field 26
Card 2/ 3

The Earth's Magnetic Field
The Earth's Variable Magnetic Field
SOV/2770
Canponents of the Earth's variable magnetic field 27
Magnetic activity 27
Solar-diurnal geomagaetic variations 29
Magnetic storms 33
Bibliography 40
AUILABLE: Librax7 of Congress
MK/EPP
Card 3/3 1-2 21-59

MALININA, O.V.
L.I.Voinov, physician and humanist; from unpublished material.
Khirurgiia 35 no.8:138-139 A '59. NIRA 13:12)
(VOUIOV, L. I. ~

r0r,
v-r; 1,
.vasi
,rad
ir
Leonid Ivan" b. voinov.

M.,~T T" TI! I , -: . .1 .
',fork ex-erience or the vostr,~T. ~nttle 1-~reedin,7 1`4rn~q.
I--i. 07~-ety "90tsi-Ilisti-hesl-09 1"f~4
. - I - .1 . I j ~~
liu kolklio--.)
('l zrelqedqte-
D'~

MALININA, P. A.
561 kolkhoz m12 OY-ryabr'n . gosrrom. rayon
kosrrom. obl-7 M., Goskulltprosvetizdat, 1954. 63 s' 4 1. ill.
22 sm. (B-chka "V poRloshchl Lektorun No 21). 36.000 ekz.
I r. 25 k.- Z54-54741/ p 338-1k , 636.2.083 s2r (47-35)
SO: Knizhnaya Letopis, Vol. 1, 1955

-- K&LININA, P., Geroy Sotsialisticheakogo Tinida
Soviet women are active builders of communism. Voon.znan.
36 no.3:2 Mr 16o. (MIRA 13:3)
1. Predsedatell kalkhoza "III Cktyabr'."
(Women and socialism)

;-4.
MALININA, PraskovIl - -q~ Geroy Sotsialisticheskogo Truda, 1mu-eat
YO Andrv
1- - - . . ffe-mlij LEOPOVA, T.S., red.; RMTIN, I.T., tekhn. red.
[Upswing; about the 012th of October" Collective Farml Vzlet; o
kolkhoze 012-1 Oktiabrl." Moskva, Izd-vo "Znanie," 1961. 29 p.
(Vsesoiuznoe obshchestvo PIP ras ostraneniiu politicheskikh i
naucbnykh znanii. Ser.5. no.1T (MIRA 14.9)
(Kostroma Province-Collective farms)

MALDTINA, P.,, Geroy SotsigLlisticheskogo Truda
Let's build three-row livestock barns. Sell. stroi. 15 no. 2:4-5
F 161. (MIRA 14:5)
1, Predsedatell kolkboza "III Okt7abrl" Kostromskogo rayonap
Kostromsko7 oblasti.
(Barns)
I

PRUDNIKOV, G.; GORSIfKGV, A., Geory Sotsialisticheskogo Truda;
Sotsialisticheskogo Truda; "ID-MOV, I.,
Geroy Sots iali stiche skogo Truda; KIIALYAVD!, S.; BELOU031,D.;
MORYGANOV, A.N., kand. sellkhoz. nauk; ULD, I.I., red.;
LEVINA, L.G., tekhn. red.
(Know how to use every hectare of land]umelo ispoilzovat'
kazhdyi gektar zemli. Moskvn, I--d-vo MSKh qSFM , 1962. 52
(IMU 15:9)
1. Predsedntell kolkhoza, "Pervoye mayall Kaluzhokoy oblasti
(for Prudnikov). 2. Predsedptell kolklhoza. Ilbollshevik"
Vladimirskoy oblasti (for Gorshkov). 3. PredsedFAell kol-
khoza OU-y Oktyabrl" Kostromskay oblasti (for Malinina).
4. Predsedatell kolkhoza "Novaya zhiznl" Tullskoy oblasti
(for Semenov). 5. Predsedatell kolkhoza. IlKommunar" Bryanskoy
oblasti (for Khalyav-jn). 6. Sekretarl partiynago komiteta
kolkhoza "Put' Lenina" Bryanskoy oblasti (for Belousov).
7. Zaveduyushchiy otdelom Moskovskogo Instituta sellskogo
khozyaystva (for 11-foryganov).
(Arriculture)

M&LINIH&, R.
.... . Ai~
Civitracteristics and parameters of ammlifier vacwim-tubes. Kinomekhanik no.
5:35-39 14Y 153. (W-RA 6:6)
(Amplifiers, Vacuum-tube)

5(2) SOV/32-25-9-5/53
AUTHORS: Yakovlev, P. Ya., Razumova, G. P., Malinina, R. D.
TITLE: Polarographic Determination of Impurities in Steel on Nickel
Basis by Means of a Co-precipitation With Methyl Violet
PERIODICAL: Zavodskaya laboratoriya, 1959, Vol 25, Nr 9, PP 1039-1041
(USSR)
ABSTRACT: A method for the quantitative co-precipitation of impurities
with methyl violet (I) (of the triphenylmethane series,
recommended by V. I. Kyznetsov (Refs 1-3)) and a subsequent
polarographic determination of zinc, cadmium, lead, and bismuth
was elaborated. This method is based upon a simultaneous pre-
cipitation of zinc thiocyanate of the iodides of cadmium, lead
and bismuth. The experiments showed that zinc with (I) is pre-
cipitated quantitatively in the presence of thiocyanate and
that for bismuth, satisfying results are also obtained with a
precipitation in the presence of potassium iodide (II) and
ammonium thiocyanate (III) (Table 1, results for Bi and Cd).
Lead is precipitated quantitatively in form of methyl violet
Card 1/2 salt in the presence of iodides. M, (II), and (III) were ad-

BOV/32-25-9-5/53
Polarographic Determination of Impurities in Steel on Nickel Basis by Means
of a Co-precipitation With Methyl Violet
ded in the ratio 1 : 10 : 10 for the joint precipitation of the
impurities. The analysis is concluded by polarographing on a
self-recording integral-differential TBLA polarograph with an
electrolizer of the system Gint8vetmet. The accuracy of the
method was tested by a determination of impurities added in
definite quantities to the solution of the alloy (Table 2),
and the determination error was ascertained to amount to 10 to
15% relatively. The course of an analysis is given. There are
2 tables and 6 Soviet references.
ASHOCIATIONt TsentralInyy nauchno-isaledovatel'8kiy institut chernoy
metallurgii (Central Scientific Research Institute of Ferrous
Metallurgy)
Card 2/2

31729
5'!~o a i /"'~ 1/000/021/030/094
B1_)'1/B147
AUTHORS: Fedorov, A. A., Ozerskaya, F. A., Malinina, R. D,, Sokolova,
Z. M., Linkova, F. V.
TITLE. Determination of manganese, iron, nickel, and lead contents
in pure electrolytic chromium
PERIODICAL: Referativnyy zhurnal. Knimiya, no. 21, 1961, 112, abstract
21D113 (Sb. tr, Tsentr. n.-i. in-t cLernoy metallurgii,
no. 19, 1960, 7 - 421)
TEXT: Methods for determining Mn, Fe, N', and Pb in nigtly pure electro-
lytic chromium have been developed. Mn determination is based on
removing Cr from perchloro acid solution as CrO 2Cl2 and photometrically
determining the violet color of MnO forming after oxidation of manganeoe
by means of periodate. 0.~ g (0-02 0.04% Mn' or Ig (J 001 - 0.02% Mn)
of chromium is disso'ved in 30 milliliters (ral) of concentrated HC1 and
30 ml of HCIO 4 (specific gravity 1.67). The solution is evaporated,
concentrated BCI is added, and the substance is heated until the
Card 1/3