SCIENTIFIC ABSTRACT VLASOVA, K.N. - VLASOVA, M.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001860310017-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

1: --t
Methylol Polyamide Glues
"318
S/19 60/000/002/005/012
B027YB058
T-11 M -12 (PFM-12), and Tr;M -2 (PEM-2) are mentioned. The glue of the type
Amir(Amp), 'which is soluble in acetone, has the highest elasticity of all
glues on the basis of methylol polyamide polymers. Its use as plasticizer
for the manufacture of water-recistant grinding materials yielded very
satisfactory results. Further work io conducted concerning the production
of new glue types by modification of polyamides by means of other high-
molecular compounds and/or polycondensation with certain monomers. The
polyamide epoxy glue is also studied and glues with hiCher heat resistance
on the basis of methylol polyamide resins are beine produced. There are
9 tables and 11 Soviet references.
Card 3/3

S11 91J60/000/01 1/oi 4/oi 6
B01 3/3054
AUTHOM Yermolina, A. V., Rodivilova, L. A., Vlasova, K. N.,
Igonin, L. A.
TITLE: X-Ray Investigation of the Degree of Order of Methyl Poly-
amide Resins
PERIODICAL: Plasticheskiye massy, 1960, No. 11, PP- 58-59
TEXT: The authors studied the change of the degree of order of methyl
polyamide materials depending on the concentration of methylol groups and
of the side radical, as well as during the process of setting. They used
products of joint condensation of E-caprolactam and AG salts which, on
treatment with paraformaldehyde in various alkaline media, form chains of
the type "(C'2)n-N---CO(CH2)m'o--' '_N_ . The X-ray structural
CH2 OH CH20R
analysis was made on a YPC-50-14 (URS-50-I) Apparatus. The intensity dis-
tribution curve for the initial polyamide (Fig. 1) is distinguished by
three distinct maxima. One of them shows a strong, the two others a weak
Card 1/2

X-Ray Investigation of the Degree of Order of S/191/60/000/011/014/016
Methyl Polyamide Resins B013/BO54
intensity. On introduction of methylol groups, the X-ray pattern of the
polyamide resin changes considerably. On introduction of methylol and
methoxyl side groups, the order of the polymeric system changes (Fig. 2),
By an increase in the number of methylol groups introduced into the
polymeric chain from 2.23 to 6.1~, the degree of order changes with main-
tenance of the mean intermolecular distances of 4.37 A. On an enlargement
of the alkyl radical introduced, from the methoxy-ethyl to the methoxy-
butyl radical, the intermolecular distances change from 4.37 A to 4.41 A.
Further enlargement of the alkyl radical effects no great change of dif-
fraction patterns (Fig. 3). By introduction of aromatic (methoxy benzyl)
and cyclic (methoxy furyl) radicals, the degree of order of the corres-
ponding methylol polyamides decreases considerably (Fig- 3, curves 6 and 7~
Irrespective of the nature and size of side radicals, the intermolecular
distances are shortened from 4-41 A to 4.2 A due to hardening. This sug-
gests that in all cases methylene cross bonds are formed between the poly-
amide chains. There are 4 figures and 4 Soviet references.
Card 2/2

S/191/60/000/007/006/015
I B004/BO56
AUTHORSs Rayburd, S. M., Rodiviloval L. A., Vlas
S-4badash, A. N., Igonin, A. A. 2~~~
TITLE. Investigation of the Hardening Process of Methylol Polyamide
Resins
PERIODICAL.- Plasticheskiye massy, 1960, No. 7, pp. 20 - 22
TEXT2 In Ref. 2,the authors supposed that the hardening of methylol
polyamides takes place by the formation of other crosb links (CH 2-0-CH 2)
or methylene cross links (N-NH 2- N), The presont paper gives a report on
the spectral-analytical investigation of the hardening process. The
following substances were u8edt polyamide resin of the type 54/10
(mol/ecular weight 25,000) obtaiped by polyconde~ption of caprolactam with
AP-"(AG-) salt, further 117TW-206(MPL-20) and AMV-kAMP) methylol polyamides
he type jr~3 -2/104PFE-2/ 10 , obtained 6-y-Mr-e-Ument of polyamide resin
54/10 with paraform n ethanol or benzyl alcohol, Structure, content of
methylol and methoxyl groups, and solubility are given in a table.
Card 1/2

851)43
Investigation of the Hardening Process of S/191/60/000/007/006/0115-1
Methylol Polyamide Resins B004/BO56
Figs. 1,2 show the infrared spectra within the range 2800 - 3300 cm-I and
1000 -- 1300 cm-1before and after hardening (30.hours heating to 15000 of
the resins, which were recorded by means of a WKC-11 (:EKS-11) recording
spectrometer. The absorption bands are discussed. After 30 hours of
hardening, the IR-spectra of the various resins were rather similar to one
another. The bands of the methylol- and ether groups (1000 - 1100 cm'*1) i
vanished during heating; no bands characteristic of the CH 2- O-CH2 groups
occurred. Therefore, cross linking took place by the formation of methylene
bonds, The authors mention a paper by D. N. Shigorin, There are 2 figures,
1 table, and 6 referencesa 5 Soviet and 1 US~
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83414
911601000100610061015
~'u 3,2. B004/BO54
AUTHORS: Rodivilova, L. A., Batalova, L. G., Vlasova, K. K.,
Kanavets, I. F.
TITLE: Influence of Length and Type of the Alcohol Side Radical
on the Structural and Mechanical Properties of Methylol
Polyamides
PERIODICAL: Plasticheskiye massy, 1960, No. 6, pp~ 14 - 19
TEXT: The authors refer to peevious papers (Refs. 11215) in which they
"uj':n1
'Iby meIasuring the structural and mechanical
studied polycondensati
characteristics of commercial methylol pol.yamides.lThe structure of these
compounds was as follows; ...-HN(CH COTtCH-')_C0xH(CH
2)n 2 2)nNCO-"'
9H20H 6H20C2H5
The present paper deals with the influence of alcohols, in the medium of
which the polycondensation takes place, and whose radicals are introduced
as a side chain into the polymer. Further, the authors studied the harden-
ing process under the action of high temperaturesg and the change in
S/I
Card 1/3

834314
Influence of Length and Type of the Alcohol 8/191/60/000/006/006/015
Side Radical on the Structural and B004/BO54
Mechanical Properties of Methylol Polyamides
mechanical properties by different hardening agents. Fig. 1 indicates
the experimental data (deformation as a function of stress),~or poly-
amide films of the ty~~e 5
,~~4/109 and methylol polyamide films of the
n
typeirf3-2/10 (PFE-2/10 J. Both substances contain a arystaliine phase.
Hardening changes the p operties of PFE-2/10 and increases its tensile
strength (Pic. 2). The strength of methylol polyamides, in which the
ethyl group of the side chain was substituted by CH 31 C3HV CH 2(11 6H V
C4H91 or CH 2CH.CH,; decreased with increasing chain length of the
radical, even more so in the case of substitution by all 1- or benzyl
- 3). After hardening by heating to 125 _ in the
radicals (Fig 130
presence of acid catalysts (oxalic acid, maleic acid, etc.), however,
the films of differently substituted methylol polyamides showed only
slight differences in their mechanical properties (Fig. 5)- While in
unhardened films the modulus of elasticity and the strength
if long alcohol molecules were introduced, these character3.stdcs in-
creased after hardening (Fig. 4), Fig. 6 shows the influence of tem-
perature on MC-1 S-1) polyester film, Fig. 7 the influence on
Card 2/3

83414
Influence of Length and Type of the Alcohol S/191J60/000/006/006/015
Side Radical on the Structural and B004/BO54
Mechanical Properties of Methylol Polyamides
PPE-2/10 film. Fig. 8 represents the logarithat of the elasticity modulus
as a function of 1/T. The identical course of the straight line in
NPS-1 and PPE-2/10 suggests the same nature of the intermolecular bond.
Fig. 9 shows the influence of different hardening agents (benzoyl per-
oxide, styrene). The introduction of methyl side radicals weakens the
hydrogen bond between the macromolecules of the polyamide. The intro-
duction of-radicals larger than CH3 loosens the structure even more.
The properties of the polymer can be modified not only by different
side'radicale but also by the type of hardening agent and other high-
molecular compounds, At temperatures above 80 C, the thermal activation
energy is 1.14 kcal/mole, which suggests the dispersive character of the
bonding forces in the resin. The authors mention papera by P. P. Kobeko
Hof. 6) and V. A. Kargin, G. A. Slonimskiy, A. 1. Kitaygorodskiy
Ref- 7). There are 9 figures and 7 Soviet references.
Card 3/3

VLASOVA, K N . land. teldm.nauk; MSOVA, L.A., inzh.
OP.aracteristics of polyamides as materials for machine con-
ruction, Vestomash. 40 no.4:33-39 AP '60-
(MIR& 13t6)
(Machinery--Construction) (Polyamides)

FARNIMA, O.V.; TKACHPbNKO, A.I.; RODIVILOVA, L.A.; BATMOV, K.P.;
VUSOVA, K.H.
Uso of polyamide gl"s for asikiqmbling parts of shom uppers.
Kozh.-obuv. prom. no.8:17-20 Ag 159. (MIRA 13:1)
(Shoo manufacture)

RODIVILOVA, L.A.
Metbylol polvamide adheeivese Plastemassy n0.2;19-23 6o.
(XIRA 13:6)
(Adhesives) (rovamldes) (Formaldebyde)

66565
0-1 8].-5'J-15-55450"
Tran.,; lat! cr, frim:- liefor-ILIvriyy 1~hlmiya, 1959, Nr 15, 1) 495 (US,311,"
AUTHOR&:~ VLasova, X.N., Bodivilova, L.A.
TI91-ve The Metbylolpolyamide Glue FFE-2/10,
PERIODICAL: Vestn. tekhn. I nkon. inform.-Mezhotrasl. labor, tekhn.-elzon, issled. I
nauchno-tekhn. inform. N.-i. fiz.-khim. in-ta im. L.Ya. Karpova, IF)53,
Nr 5 (10), Pp 21 - P4
AMTRACT The methylolpalyamide Slue.of:type-PFE-2/lG.(I) (25-30% UIcahol-;-.,ater
solution of polyamide re~sin trgated by form;~lclehydc) with a glue Viscosity
of 20 - 60 poise retains the positive properties-of polyam Iide resins, -has
a good adhesion to many materials and is used 'for gluing at 200C and.in-
creased temperatures. It can be uscd in the aviation, machine, building,
leather-footwear, printing, food an(I other Industrlo3. It can be used
for strengthening artificial leather and low-quality natural leather as
well as low-quality types of paper. On the base of meth y1olpolyamide
resin and fillera (glass and caprone fabric),laminated plastics are
obtained by the method of vacuum molding. It Is recommended for the
Card i /2 producLion of polishing material used in the production of ball boaringf'.

66565
The Glue PFF-;--,/l,J
It-has b'een noted cha-L I In' combination with 'Polyethylene gives.a mateiAal which has
high elastic propevtLe2 at low temperatures, and in combination with phenolformalde-hyde
vestnn ILIN:- PFE-3 is obtained -,,,,h-ich can be used
f'~)r the gluing of ~Af-,ej.
Z. lv-nqcva
Card 212

50); 25(2) PME I BOOK EXPLOITATION SOV/2884
Moscow. Dcm nauchno-tekhnicheskoy propagandy imerd F.E. Dzerzhinskogo
P3r,3tmassy v mashinostrayenii (Plastics in Machine Building) Moscow., Mashgiz.,
1959. 236 p. Errata slip inserted. 8,000 copies printed.
Sponsoring Agency:' Obshchestvo po rasprostraneniyu politicheskikh i nauchnykh
znaniy RSFSR.
Ed. (Title page):. V.K. ZP-Vgorodniy; Ed. (Inside book): B.M. Notkin, Engineer;
Ed. of Publishing Housie: -G.M. Konovalov, Tech. Ed.: A. F. Uvarova;
Managing Ed. for Literature on Machine Building and Instr=ent Making
(Mashgiz): N.V. Pokrovskiy, Engineer.
PURPOSE: This c6llection of articles is intended*for engineers and technicians
in the machine-building industry.
COVERAGE: This collection reviews the progress made by the Soviet Union in the
fio,-ld of manufacturing new ]plastic materials and fabricating different plastic -
Card 1/4

Plastics in Machine Building sov/2884
material articles for use in the, machine-building industry. F4ysiccmech-l cal
and dielectric properties of phenolite, decorrosite, fluoroplastics, epoxy resins,
polyamides, laminated plastics, and fiberglass plastics are analyzed afid their
use in machine buil4ng described. Characteristics and composition of ad1hesives
and bonding agents are given and the technology of the pressing process described.
Methods of coating with plastics as a protection against corrosion are explained,
and metallization of plastics achieved by vacuum evaporation is reviewedas well as
equilnent used for manufacturing and fabricatink plastics and artiules made of
plastics. Mechanization of certain operations and autcmatic control of various
processes are discussed. No personalities are mentioned. Refferences acccmpany
individual articles-.
TABLE OF CONTENTS:
Garbar, and A.N. Levin. Nev Plastic Materials in Mac.hine Building 3
Rab,its., S.M. Highly Resistant Materials of the FPK Type 14
Vlasaval K N.,k and M.K. Matskevich. Polyamide Resins ~9
Gorbunov, V.N. Laminated Plastics With Fiberglass Base and Paper
Base Used as Costructi6a Kate4al 29
card 2/4

Plastics.in Machine Building
SOV/2884
Pevzner, L.V# Phenolite and Decorrosite -- Water and Acid Resistant
Plastics for Electrical Insulation 42
Mikhalev., I.I. Bonding of Metals 55
Pakhomov ?* V.I. OrganosilicDn Polymers Used in Machine Building 65
Gurariy, M.G. Technique of Pressing Themoreactive Plastic Material 71
Antoshin, Ye.V. Applying Plastic Coating by Spraying Burning Gas 83
Gracheva, B.S. New Method of ManufactuLting.Molds and Patterns Made
of Epoxy Resins 91
Strelltsov, K.N. Processing Themoplastic, Sheets by Pneumatic and
Va6u= Methods 99
Lapshin, V.V.,, and V.N. Grinblat. Pressure Cast of Polyamides 109
Card 3/4

Ylwtics in Machine Building POV/2884
PerepelIdn, V.P., and F.I. Skuadina. Processing Fluoroplastic - 4 117
Shapenkov, M.P. Prd~lems pf Designing Press Molds for Fabricating
Articles Made of Plastic Material 128
Kagan, D.F. Yu.N ..Kazanskiy, and M.Ya. Nemlikher. Metallization of
Plastics Achieved ty Aigh Vacuum Evaporation Method 136
Levin,- A.N. E4ul]pment for Fabricating Articles Made of Plastics 144
Zavgorodniy, V.K. Molding MAchines for Forming Articles From
.Molding Powder 165
Zavgorodaiy, V.K. Hydraulic Presses for Processing Plastic Materidl,
and Autmated,Process,Control 187
Shapiro, G.I. Neclianization and Aatamation in Mechanical Processing
of Plastic Material Articles
AVAILABLE: Library of Congress
Tm/gnp
Card 4/4 1-19-6o

VLASOVAI Kira Nikolayevna; KAPUSTINA, V.S., red.; TARASOVA, V.V.,
[The world of science fantasy in a physics class) Mir na-
uchnoi fantastiki na. urokakh fiziki. Moskva., Izd-vo APN
RSFSR, 1963. 140 p. (MIRA 17:3)

f4 zk p
i)/T/EWP(t) 'Voe p
IJ;A
AMMSION MR: AP404116900 qI 1,61 /0~-_ ba, /6~w
_71
r-, rc
AT nr q~.
amIdevepoxy';and e enol resins, aad reinfordemat. ims vith platea of stain-
po)wpb
less steel or tlt&ni= (0-5 or 1.0 m thick), Tabullated data show that the beat
Card 1/2

L 231,69-6-~
A CFS S
ASSOCIATION:
SUBMITTED : 00 00 SM CODE: MT
NO REF SOV: 009 0=: 003
Card 2/2
iB

UiSR/Cultivated Plants Fodder. M.
Abs Jour : Ref Zhur Biol., no 4, i958, 15705
Author : A.L. Semenov, K.S. Vlasova
Inst : ----------
Title : vie 'Lielding Capacity of Corn Varieties and Hybrids
Having Different Fast Ripening Rates.
(Urozhaynost' sortov i gibridov kukuruzy raznoy
skorospelosti).
Orig Pub ; V sb.: Kukuruza v BSSR. Minsk, AN BSSR, 1957, 83-95
Abstract The use of corn for ensilace in Bielorussia has been
known since the 80's of the Nineteenth Century. At
the "Ust'ye" Experimental Station in Orshanskiy Rayon,
Vitebskaya Oblast' the yieldina capacity of corn varie-
ties has been studied which represent diverse GToups
(according to the ripening times) from the ultra quick
ripening to the very late. Varieties were sown which
are the most suitable for raising grain and the
Card 1/2

'ism./cultivated Plants Fodder. M.
Abs Jour Ref Zhur Biol.~ No 4, 1958, 15705
ser.arcte ensilaae of stalks and cobs in the milky-wa7y
ri,peness staGe and varieties for GTeen stuff.
Card 2/2

KALININ, S.N.; LUPINOVICH, I.S.; HOLOCHKO, I.S.; ABRARCHUK, A.P.; ALEKSEYEV,
Ye.K.; ALISMIK, P.I.; AMBROSOV, A.L.; ANIMYEVA, N.M.; ANOKIIIN, A.N.;
AFCHIN, M.I.; BABOSOV, M.H.; BALOBIN,V.N.; BARAIIOVSKIY, A.K.; B37,
DBUO, T.T ; BELISKIY, B.B.; BOBYOVA, A.F.; 3CLISHAK071, V.P.; BUI,
GAKOV, U.P:; VAGIN. A.T.; BILID7LUSH, R.T.; VILICUNSKIY, A.D.;
VLASOVA X 3,;-VOYTEO, D.I.; VOLUWAV, A.G.; GABYSOV, H.F. [deceased];
-Eia~tz aAT-A , M.A.; GOREZYAD, Kh.S.; GAWSHA, I.F.; GOSTI-
LOVSKAYA, M.N.; GORBTJITOVA, N.N.; GORSKIY, N.A.; GORFINIMI, Z.Sh.;
GRUBILKO, N.P.; GUSAKOV, V.A.; GCJDAYKIN, A.I.; DARILOVICH, A.F.;
DEKMITIYEV, V.A.; DRITISOV, Z.H.; DOROUKIN, H.A.; DUBOV, A.B.; DIJBOV~-
SKIY, Yo.K.; YHVTIKliIYXV, B.Ye.; ZibUtIKOV, I.S.; ZOLIN, A.P.; 21[aWlkl-
ROVICH, A.M.: ZHWIAVELI, B.N.: ZABELLO, D.A.; ZAKILUMiKO, G.D.; ZU-
BETS, V.M.; IVITSKIY, A.I.; KACHURO, I.M.; KEDROV-ZIMWI, O.K.; KIDA-
LINSKIY, V.A.; KIPENVARLITS, A.F.; KOVALEVSKIY, G.T.; KOVALOCRUK, P.P.;
XOZHANOV, K.Ya.; KOZLOVSKIY, I.Ye.; KOCHETOVA, Z.N.; KRIVODUBSKIY,
I.P.; KUDRYAVTSEV, S.Y.; KUSTOVA, A.I.; LAPPO, A.I.; LAHIONHJfKO, T.B.;
LAS VICH, G.I.; MALI CIEW&UY, V.I.; KANIKO, H.F.; HARKOVETS, A.F.;
H&TSEM9,Mje.; NEWMEV, A.G.; RELITSER, Ya.D.; MOISEYEV, I.G.;
MUSORDr, Y.V.; MIXHIN, N.D.; NAGORSKAYA, Ye.D.; NALIBOTSKIY, S.B.;
NIKCLAMA, Yii.ll.; VEDCLUGOV, I.T.; ORLOVSKIY, I.A.; ORLOVSKIY. K.P.;
PANKZVICH, A.A.; PESKIN, A.L.; PROKOPOIT, P.Ye.; PUSUAREV, I.I.;
RAZKYSLOVICH, I.R.; RAZLW-IOCO, A.V.; REMWA, Z.I.; RINKIS. V.A.;
ROYDO, A.I.; ROGOVOY, P.P.; ROZENRLYUH, B.M.; RYZHMANOV, A.G.; RUSI-
NOV, A.A.; SAVCHENKO, A.I.; SAPUNOV, V.A..; SAFROITOV, I.P.; SVIRSKIY,
U.N.; 59VERMW, V.P.; SEROYEV, I.V.; SRUNOV, A.L.; SIDOREHKO, G.M.;
(Contimied on next card)

KALININ, S.N.---(continued) Card 2.
SKOROPANOV, B.G.; MMUNICIMIX0, L.A.; SHIRNOV, T.Ye.; STAROVOYTOV,
K.T. (deceased]; STFURMOV, I.G.; SUSLOV, V.P.; SMORUKOV, G.Ye.;
SYUBAROV, A.Ye.; TIMOMLININ, V.D.; TISHOVICH, I.I.; TROPASUO,
I.N.; TRIXUO, S.I.; TRIMA, N.K.; TUZOVA, R.Y.; TURETSKIY, R.L.;
UMANSKIY, M.M.; URIYEV, I.M.; KHOTIKO, A.I.; MMOBOSTOV, S.11,; TSZ-
MIANOVICH, P.V.; CIDUWAVSKIY, I.G.; CHULKOVA, Ye.I.; CHUROSOV, M.N.;
SHIMPEL1. V.I.; SHIKILUAMV, N.Y.; SULYAR. A.Ya.; SHCHMOV, N.A.;
YURGENS, B.A.; YUSKOVETS, M.K.; YAKOVM, B.I.; YAKERSON, S.A.; YARO-
OWICH, A.A.; LUTSENKO, M.N., red.; LARIN, V., red.; XAL CHITS, G.,
takhn.red.
(Measures for increasing agricultural production per 100 hectares of
land on collective and stnte farms of White RussiaJ Meropriiatiia po
uvelicheniiu proizvodstva sallskokhozisistvannoi produktaii na 100
gektarov zemellnykh ugodii v kolkhozakh i sovkhozakh DSSR. R6d.kolle-
giia; I.S.Lupinovich i dr. Minsk, Gos.izd-vo BSSR. Red.sellkhoz.
lit-ry, 1959. 601 p. (MIRA 13:4)
1. White Russia. Ministerstva sel'Bkogo khozyaystva.
(White Russia--Azriculture)

VIASOVA, K. S.
"Early Ripening Red Clover of the Belorussian SSR and Methods for Its Improvement."
Cand Agr Sci, Inst of Socialized Agriculture, Acad Sci Belorussian SSR, 11drsk, 1954.
(KL, No 1, Jan 55)
Survey of Scientific and Technical Dissertations Dofended at USSR Higher Educational
Institutions (13)
SO$ Sum. 110. 598, 29 Jul 55

YLASOTA, K.Y., inzh.;.TIBABSM, A.I., inzh., red.; BOBROYA. Te.N..
[striving for the best industrial organization of diesel
locomotive maintenance and repair; practices of the Liski
Depot] T bor'be 28 industrialliuiu, kullturu remonta teplo-
vozov; opyt depo Liski. Moskva, Tses.isdatellsko-poligr.
ob"edinenie Y~va putei soobahcheniia, 1960. 176 p.
(MIRA 14:4)
(Liski--Diesel locomotives--Maintenance and repair)

-VIA;OV4, _X.V., inzh.
Shouldn't the transient relay switch be turned off in the
noncentrolled section of the T32 diesel locomotive? Blek. i tepl.
tiaga. 2 no.11:40-41 N 158. (MIRA 11*12)
l.Glavnoye upravleniye lokemetivnege khozyaystva.
(DiQuel locomotives--Electric equipment)

VIASOVA, KJ., inzh.
-11-111--_1 ---
Liquid load rheostat. .11ek. i tepl. tiaga no-1:37 '57. (KIRA 12:3)
(Blectric rhoobtats') I
(Diesel locomotives--Zleotric equipment--Testing)
6

SOV/112-58-2-2339
Translation from; Ref erativnyy zhurnal, Elektrotekhnika, 1958, Nr 2, p 91 (USSR)
AUTHOR: Vlasov
TITLE: Liquid-Type Load Rheostat (Zhidkostnyy nagruzachnyy reostat)
PERIODICAL, Elektr. i teplovozn. tyaga, 1956, NT 1, p 37
ABSTRACT: 'Proyekt-no-konstruktorskoye byuro'Tsentrallnogo lokomotivnogo
upravleniya Ministerstva putey soubshcheniya (Design and Construction Bureau,
Central Locomotive Admiaistration, Ministry of RR Transportation) has de-
velope4 a new design for a liqy-ld-type load rheostat indended for the testing and
twn-mg-up of the Diesel-generators of the TE 3 Diesel locomotive. The rhea-
stat comprises a 3x2. 5x2. 75-m welded metal tank for water; a. set of station-
:7,ry and rnaviLg elect-r-ode pla!es; verticall members, crossbeams suspending
them; and a control desk. The negative electrode consists of 6 stationary iron
I
6--mrn mates; the positive, of 5 similla_r movLng plates subdivided into 2 groups.
One of the groups can be turzed off for testing a lower-power locomotive.
Control-desk instruments can measure the voltage and current of the main and
Card 112

SOY/112-58-7.-2339
Liquid-Type Load Rheostat
auxiliary getieratora and battery, as well as the currents in the armature, in
the self -excitation circuit, in the separate field of the exciter, and in tacho-
meter generators.
T. A. K.
Card 212

GWSKIN, Ya.M., inzh.; VW-OYA,--L-A-L_inzh.
Automatic removal of snow from switches. Avtom., telem. i sviaz'
4 no.10:16-18 0 160. (MIRA 13:10)
(Railroade-Snow protectionaid removal)

R?L
2.,- -2
Vianova,
71-,. F. a c s n'7.
AS= non
SUB =.J.ED 1 16-Tu,162 L 00 Sn GCDZ Mr
tic --tEF &(,'-V ~AQ
Card

Country : USSR m
CateGory: Cultivated Plants. Potatoes. Vegetables. Melons.
-',bs Jour: F=iol., ITo 1j., 1958, No 48945
!,.ut',Ior :Festova, M.N.; Y-asova L.I.
Inst o ~~e a e Cultaxation.
: Sci. Res. Inst.
Title - Mthods of Increasing the Early Crops of tae Noner
Pervyy Variety Cabbage.
Ori- Pub: 13yul. naucimo-tehhn- inforn. n.-i. in-ta ovoshchn.
kh-va, 19,57, 2, 20-22.
Abstract: In studying the effect of early transplanting of the
pot seedlinas of Nomer Pervyy variety on the pro-
duction of the Greatest yield in the early periods,
the ScientiV _c Research Institute of Vegetable Cul-
tivation carried out in 1951 an erperinexYc with
Card 1/3

Country : USSR M
Categox7: Cultivated Plants. Potatoes. VeGetables. Melons.
tbs JOur: R=iOl-, 1-10 11, 1958, No 48945
two periods of seedling planting (April 2~ and
may 4-5) after s:Lmultaneous periods of sowing and
thinning. A dc'~.ay of 5-6 days in the transplanting
of the seedlings decreased the 3rield on Ju3.y 10 by 26%.
In order to obta).n an early crop under t1he conditions
found in Mos-':awshaya Oblast, the sowing of Nomar
Pervyy variety has to be carried out at the end of
February, and the transplanting of the seedlings
should be done between the end of April (on light
soils) and to YaY 5 (on heavier soils). The 57-60
days seedlinGs in larj3e pots (8 x 8 cm) produced
twice the connerc:Lal yield in the ear)..-i' periods in
comparison with the ordinary pots (5-5 x 5.5 cm).
Growing the seedlings in manure-turf pots increased
Card 2/3
m-62

. I
Country -. LISSR m
Category: Cultivated Plants. Potatoes Vegetables. Melons.
jA.bs Jour: RZhDiol., No 11, J-958, No 48945
the early per.-Lod yields by about 11 times in COLI-
parison with cult--'Ivation in peat-coripost pots. --
A - I - Klir4va
49
Card : 3/3

VLASOVA, L.J. (Kuznetsk)
- Design and pattern making in factory laboratories. Shvein.promm.
no-4t19 jI-Ag ',61. (MfIRA 14-12' )
(Clothing industry)
(Costume design)

VLASOVA, L.I., inzh.
Needle valve for hydrators. 14asl.-zhir. prom. 27 no.11:43-44
N 161. NIRA 15:1)
1. Dnepropetrovskiy maslozhirovoy kombinat.
(Oil industries-Equipment and supplies)

VLASOVA, L.I., inzh.
Blockage of the worm feeder and bottom blinking valve of the
"Laump" pneumatic dryer. Mael.-zhir.prom. 28 no.4:43-44 Ap
,62. MRA 150)
1. Dnepropetrovskiy maelozhirovoy kombinat.
(Oilseeds-Drying) (Oil industries-Equipment and supplies)

VLASOVA _J~.I.,, inzh.
,-=! t"
At the Dnepropetrovsk Oils and Fats Combine. Masl.-zhir.prom.
28 no.9:39-40 S 162. (KIRA 15-9)
1. Dnepropetrovskiy maslozhirovoy kombinat.
(Dnepropetrovsk-Oils and fats)

Ja!ASOVA, L.I., inzh4
All-Union Interplant, School for the Exchange of Advanced
Practices in Production Control in Oil Industries. Masl.'-
zhir.prom. 28 no.9:42 S 162,. (MIRA 15:9)
(Dnepropetrovsk-Professional education)
(Oil industries-Production iiantrol)

VLASOVA, L.I., inzh.
Mechanization of the charging of foots. Masl.-zhir. prom. 27
no-9:36 S '61. (MIRA 14:11)
1. Dnepropetrovskiy maslozhirovoy kombinat. Vneshtatnyy korrespon-
dent zhurnala "Masloboyno-zhirovaya promyshlennost'll.
(Dnepropetrovsk--Oil industries--Equipment and supplies)

VLASOVA., LI., inzh.
011a,#nd Yats Combine of Dnepropetrovsk* Xaal.-zhir. promo
29 no.5t2-3 VT 163, (MIRA 160)
(Dnepropetrovsk-Oil industries)
-0.

ec S' i
VLASOVA, L. 11. Cand T h ' IA I Of a.Velectric porerzsuppplyrpmai:~~
i y of~
A -
~r-nspor ~.'
of trolleybus trRnspor ." 1106, 1960 (Ilin of lfioier and ~jc-
Ll,ybuos
condRry Speoialized Eduantion RSFSR. Mos Order of Lenin Power &6iuecri% Inst
(KL, 1-61,192) t y
-182-

ZHITSP M.Z.; TOMLYANOVICH, D.K.; VLASOVA, L.M.
Experimental trolley-bus line operating on 1200 v. Sbor.
nauch.rab.AM no.13:12-17 162. (MIFA 16:4)
(Moscow-Trolley buses)

VIASOVAt L.M.
Determining the 6ptimum capacity of tro.1ley-bus substations.
Sbor.nauch.rab.AKKH no.13sl05-3.18 162. (MM 16:4)
(Electric substations) (Trolley buses)

%SHM, T.I.; XUMYAVTSF.V, G.I.; VLASOVA, L.N.
~-~a7d-IWLand sebacyl chlorides.
Study of the alk-line bydrolysis of
Khim-volok. no-5:13-15 16o. (KURA 13; 12)
1. Vaesoymznyy nauchno-iosledovatellskiy institut iakuestvennogo
volokna.
(Adipoyl chloride)
(Sebacoyl chloride)

8/183160/000/005/002/007
B00,55/13054
AUTROM Sheyng T. 1~~ Kadr s,,~tsev, G. I., Vlasov
TITLEa' Study of Alkaline Hydrolyg-~a of Adip4c and Sebacic Acid
Chlorides
PERIODICALR Khimi-,haoklye 7oJokna, 1960, No- 5, PP- 13-15
TEXT3 la connection with +he new procedvre :>:f interfacial polycondensa--
t'.on of, organic compounds, which 'Is based on the Schotten , Baimann re-
actior (Ref. Op the authors studied the kinetics of alkaline hydrolysis
of adipic. and sebac.1r, acid ch;o::1dqq in benzene and cbloro benzene as
solvents at d!fferent tempsratu:res. Alkaline saponification of the two
acid chlorides proceeds acco:ding to the reaction schemes
CIOC(CH 2)nCOC' -47 4 NaOH NaCl + NaOOC(CH 2)TI GOONa. The degree of
hydrolyslis was determined from the amount olf .1ye consumed. The authors
developed the following method of invest-Igating the hydrolysis of adipic
and sebacic acid chlorides. The weighed portion of the acid chloride was
dissolved in dry benzene or chloro benzene to a 3% solution (~o by weight).
10 ml of this solution was added from a plpittts to exactlY 40 ml of
Card 1/3

Study of Alkaline Hydrolysi's Adipl-, an-d Sf! 8,zj60/OOO/OO-/G102/007
Sebacicn Acid Chlorides B005/BO54
0.445 N potash lye iindeT contlnuou3 mix[.ng. The reaclion .ressel contatning
the lye had been put 115-220 mlzt bef-2-re i-i-,:) a tbexm,:stat whose temperature
could be adjvated w:4.',-h an ancu7a,:7 ')!' _+0.053C. The res-ulting rea~t4ou
oixture was -ontinlic-isly mixel iia 'he 7b-.,-m)9tat at constant velocity
during the peri-A of Afte-r pertod, the mixing was [3top-
pe-3, and the separatilon of th-~ t'.4t) 1!4uid phasits wat:, waited for, whirh dif'.
not -,-ake 1:~ngqrr than 20 Sampltns i~f 10 =I ~3.-h were quickly taken from
"ChA. alkallne aque.,,-;us layar, a-,Ld tl.',rat--,d w-'th 0.1 N suifurl.c a,,~id. Ph9n:;!.-
phthale-in was usr-d aq ~--~E3ta had shown that u-ndel.
these ccaditions the analytical srr--,v J.1d excreed 0.1-0.21%. Hydrolysis
of adiplc and sebacic acid chlorides was slvdied by the above-described
method at 2009 3009 and 500C. Thmee tables and a figuxe. lead fo the fol-
.Lowing !z-onclusions. 1) Hydrolyiii:~ of seba.:~_,c a--,id -Aloride is much s1cweT
than sapon-ificat.Icn of adipic acid chlarlde. While complete hydrolysis of
adipic acid . ride at 300C -vakes 60 m-in,
-hl:) setac.,',:~ acid cblorlde hydrolyzes
only at 26-28% the Same t4ae. Th-~: lower saponification rate is probably
due to tbe 1,.-rwer water solubillty -fC seba~-;.c. a.-.1d .-hloridq. 2) A tempera-
ture .-;..ncreasi? at-,celerates hydr-.)'-ys,i sof the two acid chlorides. 3) The
hydarolysis rat,.) of f-he an---'I ~hlo_rides depends, to a. CeTtain extent, on thr,
f
Card 2/3

Stuly cf Alkaline Hydr.:)ljqla o~' Aokptr, and S/183/60/000/005/002/007
Sebaclo Ac.?d Chlorides B005/BO54
sclvent used. Thp hydroIya.iu rza~P of adiple acid ~,.hlnrld~4 in chlo-ro benzone
is high+~r than -'.n bz~rvzvlnp, protably tn dirrerr!nt, V_ctrlbution coe.C.-
of adip'_~ a,'-;j chlor,fdt~, oetwe-?n thp aqueous and '1111,-_~- .2rg:..Lic phase.
The aulkhors daterm.4ned th,~ ;~,Pfe,~t --- ar.-ttvati-~n enc-rgy ~~f hydrolysis of
the -t-wo ac--,'d rhlcTides in the mult"4hai-3e sya+ew by deteTminirg the maximum
.-reaction rat,-35 obtainsd by diffsrentiation or -the curves In a diagram
showing tbe amount of hyJrolyzed substaQca as a (unctLon of time (Table 4,
Fig. 0. The azti,at-ion energles of hyd_-~~17s!s of the two a-id chloTides
ate almost 9qual. They are 11-500 oal/m,~ie (ad.1p.t.-, acid chloride) and
'0580 oa'/mols (seba-_J.-_ SC-*d Ih_'07~de). The results i3btained confirm the
4 1
assumption that the di"ference Jra sap~)n.j. ~calioa race of the two di,~ar~-
boiyli ---- acid _;-hlcr i de s investi gated i 5 mainly eluc- to the differenne in
dibtributibn 3oefficlents and, rhus, n solubIlit-Jes. The present paper is
the fIrs t rep'ort on -interfacial polycondensation. There are 2 ffgures,
4 tables, and 9 non-,So7iet references.
ASSOCIATION3 VNIIV (All-Union Scientific Research Instit.~.,te of Synthetic
Fibers)
Card 313

3/183/63./0W/002/003/003
A0511A126
AUTHORS Sheyn, T.I., Oroshkina, T.S., Vlasova, L.N., Kiriyenko, I.B.
TITLE: A study of enanthic fiber tensility increase
PERIODICAL: Khimicheskiye volokna, no. 2, 1963, 22 24
TEXT:- --The--effect of--the-amlnoenanthic-acid quality on-the-properties of.--
cord enanthic fibeer No. 345-was investigated. Two major possibilities of enanth
tensility increase were studied: improvement of the initf.al monomer quality for
the production of the enanthic resin, and an increase of the resin molecular
w
ight. Experimental batches of aminoenanthic acid of first and improved quali-
e
ties, ~ produced on an experimental stand at the electrolys4Ls plan', were used for
the- -investigation. -The- fiber formation-wais -accomplished. on a spinning _mill for
Klin-Combi -It 0is- shown -that an-elevation-of I---
experimental produati-on -it the, ne..
-the.initial- rawmaterial - properties -leads -to an-Inarease of - fiber- tensility-- (by- LL
7'-rkm)---ahd-- of -all -the--physicommechanical --properties- as - wel-1..----..The.- tliemo-
-40*C-.- It was shown that at
-stability of the resin was studied at 290 and 3
340 0 and heating for 60 min, a destruction occurs of the enanthic resin having
Card 1/2

S/1
83/63/000/002/003/003
A study of enanthic fiber tensility Increase A051/A126
a high molecular weight. An increase of the molecular weight of the enanthic
resin-, under the existing design of the spinning b6bbins necessitates a sharp
increasdof the formation temperature (up to 340 - 3509C) for resins with a spe7
cific viscosity of 0.92 - 1.10, or a change ofthe bobbin design, namely, by us-
a screw conveyer type. The relation between the formation temperature and
viscosity of the initial enanthic resin was.also investigated and it was seen
that the use of resin having a high spepific viscosity is not recommended for
fiber formation on the existing fiber-manufacturing machinery. It was shown
-that the addition of NN -di- ~Pnaphthylparaphenyletnediamine thermostabilizer
sharply increases the resin destruction resistance at 3 0 C. A change in the
resin formation conditions,,such as the use of masticators.or new bobbins, would
-the -resin -There are-5 ~tablea
~--change-,the-demands-.placed--on
-ASSOCIATION: -VNIIV and Klinskiy Yombinat (KlIn Combine) -(Kiriyenko)
SUE1MITTED: March 24, 1962
Card-2/2

SHEYNi T.I.; CHELITOKOVA, G.M.; VLASOVA L.N
New polyamide fiber based on thiodivaleric acid and hexamethvlere-
diamine. Xhim. volok. no*2;19-20 '59. (HIRA 12:9)
I*.Vueso7=ny7 nauchno-iseledovatellski7 institut ishmstvennogo
vol6kna I' INWS AN SSBR..
(Textile fibers, Synthetip)

SHEYN, T.I.; VLASOVA, L.No
Polymerization of dodecalactam. Vysd'jcm. soed. 5 no.10:
1468-1472 0 163. (MIRA 17:1)
1. Voeeoyuzrqy nauchno-iseledovatellskiy institut iskuBst-
vennogo volokna.
4"

SHEYN T.I.; ORESHKINA T.S.; VLASOVAYkL.N.. KIRIYENKO, I.B.; Prinimala
1 1-1
uchastiye GORYACHEVA'-U-.P., invi.
Research concerning the ways to increase the strength of enant
fibers. Khim.volok. no.2:22-24 163. (wRA 16:5)
1. Vsesoyuznyy nauchno-issledovatellskiy institut iskusstvennogo
volokna (for Sheyn, Oreshkina, Vlasova). 2. Klinskiy kombinat
(for K#iyenko). (Textile fibers, Synthetic)

HIMYWV, N.V.; SHL-0. T.I.; CrWACHEVA, Y.O.; TOPCHIBASIUVA, V.N.;
v rabote prinimsali uchastlye tekhniki-laborantyl TARIONOV, P.M.;
HKINA, S. I.
Investigating the molecular structure of synthetic fibers.
Part 14: Physicochemical and physicomechanical properties of
the polyeapramida - Polyundecanamide polyam1do group VY130kOM.
soed. I no.2:185-19'0 F 159. (MIRA ;2:10)
Lv68soyuzrq7 nauchno-issledovatellnkiy Institut iskutstvennogo
volokna.
(Textile fibers, Syntbetio) (Amidas)

CHERNTAX, V.Z.; MRITZ, 0,A.; YLASOVA, L.P.
Infootious hepatitis in dogs. Yeterinariia 32 no.4:59-62 Ap 155,
MRA 8:5)
l.Leningradskiy vaterinarnyy institut.
(HEPATITIS, I M CTIOUS) (DOGS--DISEASAS)
,4;j
N

V7AD-OVA, L* S.
Vlasova, L. S. "Investigation of the Degree of Transfer of Wilt Through the Waste of
Cotton Crops and Other Organic Substances," in Results of the Work of the Station of
Plant Protection of the All Union Order of Lenin Scientific-Research Institute of Cotton
Production on the Study of Pests and Diseases of Cotton and Lucerne for 1939 (Auto-
references and References), Publishing House of theAll Union Order of Lenin Scientific-
Research Institute of Cotton Production, Tashkent, 1941, pp. 52. 461*-Ii0l, T18
So: SIELA SI - 90-53, 15 Dec. 1953

VLASOVA, L. S.
"Selection of Frost-Resistant Varieties of 4ricots Using Seedlings
Developed by Free Polination." Cand Biol Sci, Moscow State U, Moscow,
1953. (RZhBiol, No 5, Nov 54)
Survey of Scientific and Technical Dissertations Defended at USSR
Higher Educational Institutions (11)
SO: Sum. No.521, 2 Jun 55

VLASOVA, L. N.
"The Agrotechnics of Vegetable Beans Under Moscow Oblast
Conditions." Gand Agr Sci, Moscow Order of Lenin Agricultural
Acad imeni K. A. Timiryazev, Moscow, 1955. (KL, No 8, Fab 55)
SO: Sum. No 631, 26 Aug 55-Survey of Scientific and Technical
Dissertations Defended at USSR Higher Eduimtional Institutions
(14)

SHEVCHENKO, M.A.; VLASOVA, L.P.
Role of the anionle cc;mposition Gf water in uroces=es of
adsorption and oyidative ducomLosition of humus in water.
Ukr.khim.zhur. 30 no-5:530-533 164-
(MIRA 18:4)
1. Institut obhchey i ne, organic lit, jkloy khimii All UkrSSR.

OBUT, A.M., red.; ZA11INA, I.Ye., red.; MODZALEVSYIYA, Ye.A... red.;
OVECIEU, N.K., red.; PENGARTEN, V.P.., red.; STEPANOV., D.L.,
red.; SUBBOTEIA, N.N., red.; OBUIT, A.M.., red.; VLASOVA., L.Y-,--
red. izd-vai GOROIQIOVA, T.A., red. izd-va; IVAITOVA, A.G.,
tekhn. red.
(Importance of biosphere in geological processes. Problems of
interrelation of paleontology and tectonics; -transactions]
Znachenia biosfery v geologicheskikh protsessakh. Voproey
vzaimosviazi prileontologii i tektoniki, trudy. V i VI sessii
Vsesoiuznogo paloentologicheskogo obslichestva. Moskva, Gos-
geoltekhizdat, 1962. 247 p. (MIRA 15:9)
1. Vsesoyuznoye paleontologicheskoye obthchestvo.
(Paleontology) (Geology,, Structural)

It 111 33 3d 35 16 $1 X N 40 At a Q 44 IT cis AT IS Ts
A 8 C 0 f? C if X L a if 0
UN51111111TA11% V11110tv
eon
ot
99=
sc:
00.
oft
fol-ill)
00
00
00
.1g6t ru *toA.
011.102un.Tj i.(j
lei
r 06
r"Al k 11 11r,
a n it III g jg a 9 It V I a It v[ It 11 It 11 0 1 1
-044z. * 0 a 0 0, 0 0 # of* 1101011,i,
0 r1o"'

Z,~p
Apparatus for determining the fastness of Coloret
-W.rs. %I 1-1-W ~ 'eblil. PPont. 7. No. 3. 41(lill7i
A nA, "Ype of app. i% prapo-wd as an ia,
prownient ojvrr the standaril RumLin lc~i methowl fut
f4-,tnc- whieb d.tes not take acetmnt of the cifect of tsiM,
Act It. Star-11.111 "ittis
-4, . .

V11.1SOVA, M., studentka V kurga
Electric apark. treatment of current-conducting materials.
I
Ttudy 14IIGAIK no.42:63-69 160. (MIRA 14:9)
1. Optiko-melzhanicheskiy fakulltet Moskovskogo instituta, in-
zhenerov goodezii, aerofotos"yemki i kartografii.
(Electric metal cutting)

VLASOVA, M., inzb.
Self-heating mixtures. Stroitell no.3:30 My 161. (MIRA 14:6)
(concrete)

UTENKOV, V-,kand.tekhn.nauk,_VIASGVA, M..inzh.
11- - ~~ - - -t'. ~
Freezing characteristics of mortars in brickwork joints. Na
atiroi.Moek. no.1:21-22 Ja '59. (MM 12:1)
(Briclclaying--Cold weather conditions) (Mortars--Cold weather conditions)

UTENKOV,- T., [deceased], ~mnd.tekhn.nauk; VLkSOVA, MG, inzh.
Methods for conducting building operations in winter. Stroitell
no. 12:15 D 160. (HIU 13:12)
(Building--Cold weather conditions)

MMOV, V., kand.tekhn.nauk;_~~ASOVA, M., inzh,
Grouting joints of reinforced concrete elaments undir winter
conditions. Iffa stroi.Mosk. I no.11:1-4 9 158. (MIRA 11:121)
(Precast concrete construction--Cold weather conditions)

UT2NKOV, Vladimir Fedorovich;. VLASOTA, Mariya Andreyevne; FROMI, I.M.,
red.; ZMOV, G.K., biv. za vypusi_;-S~~,-'R'.A-.', tekhn.red.
[Special problems in and methods for conducting building operations
under winter conditions] Osobennosti i metody proizvodstva stroi-
tellnykh rabot v zimnee vremia. Hoakwa, Ob-vo po rasprostranenliu
polit. i nauchn.znanii RSFSR, 1959. 34 p. (Moskovskii dom nouchno-
tekhnicheskoi propagandy. Peredovoi. opyt proizvodstva. Seriia:
Stroitel'stvo, no.1). (MIRI 13:6)
(Building--Gold weather conditions)

UTWMOV, V.P,, kand. tekhn. na:6k; In2h,; UDOD, V,Ta,, red.
izd-va; IAGUTIRA, I.X., tekhn. red.; BMOVM, N.K., takhn. red.
[SeallnC joints in precast concrete construction under winter con-
ditionsj Zadelks stykov obg"rnykh zhelezobetonxqkh konstruktsii v
zimnikh usloviiakh. lfbakra, Goo. izd-vo lit-ry po stroit., arkhit.
i stroit. materialam, 1958. 60 p. (MM llr7)
(Precast concrete construction.-Cold weather conditfons)

/, --- _,- 7 ~, _ ! ' _ i , _.- ~ ,
_. 1-1 -
'-"'~=OV, V., kand.tekhn.nauk; VLASOVA, M., inzh.
Concrete and reinforced concrete work in the winter. Stroitell
no.9-.12-14 S 157. (KIRA 10:12)
(Concrete construction) (Reinforced concrete construction)

V !_ I ! Z_-`I"ir T- ;.I f
UTENKOV, V.P., kand.tekhn.nauk; VLASOVA, M.A., inzh.
Sealing the construction joints of precast reinforced concrete
components under winter conditions. Stroi.prom. 35 no-9:5-10
s 157. (MIRA 10:10)
(Precast concrete construction-Cold weather conditions)

VL,ALCVA,
Ohemioal AbBt.
Vol, 48 No. 8
Apr. 25, 1954
Fates Fatty 011st Waxeag and i)atergentS
CompleX utUftation of Cott M ... A ~n 1, obta
.4 the film.
tedals f ut tar - B-A&K61 and
7='=7'."Ya'P'rdM. Is, No. 11,
.140-. Mim.7welghed amt. Of fatty telds from refined
cottonseed on ~ added to a satd. sofa. of urea In MOR
engen's method), Stirred foi 30 miti., and then settled for
P4 hn. The sediment removed by filtration Is washed
thoroughly with both RtOH and hot d1std. water, and
treated with NaCl to break the emulsion. The sofa. of un-
pptd. adds Is evapd. on a water bath, and the residue Is
treated with hot water and NaCl. The I to. of the pptd. and
unp1d. ackla was 244-62A and 1202-144.1, resp. It was
con uded that this metLol can be used to prep. solid and
highly unsatd. liquid fractions of fatty adds for the mantd.
of soaps and filra-formlaff materials. V. N. K.

BOYDARI, Te.P.. inzh.;-UAWTA,_M.&,_inzh.; KALININ, B.P., inzh.; KOPP, L.H.,
inzh.; SCKCLOVA, A.D., kand.tekhn.neukj TSEGZLISKIT, V.L.,.inzh.;
UTMTKOV. T.F., Imnd.tekhn.nauk [deceased]; BWDANOT, S.I., inzh.,
nauchnyy red.; TRUBIN, V.A., glavnyy red.; SOSHIH. A.V.. zam.glavnogo
red.; GRINEVICH, G.P., red.; TOPIFANOV, S.P., red.; ONUFRITET, I.A.,
red.; KHOULOV, B.A., red.; WIN, P.A., red.; 113UMSOVA, I.P.,
red.izd-va; GOLIBMG. T.M., tekhn.red.; ELIKINA, N.M., tekhn.red.
[Handbook for the erection of reinforced-concrete elements of
Industrial buildings) Sprevochnik po montszhu zhelezobotvnz4kh
konstruktaii provVshlennykh zdanii. Pod red. B.P.Kalinina. Moskva,
Goo.izd-vo lit-ry po stroit., arkhit. I stroit.materialam, 1960.
315 P. (MIRA 14:3)
1. Moscov. Gosudarstvennyy institut po proyektirovaniya Btallnykh
konatruktoiy. (Reinforced concrete construction)

L 24489-66 E1dT(M)/~WP(J--)/T "ETC(m)-6 14P(c) WW/RH
ACC NR: AP6 984-"" SOURCE CODEt URI()190/66/008/002/0302/0307.'
(4)'
AUTHORS: Smimova, 0. V. Kolesnikov, G. S.; Vlasova, M. A.; Lednevay Oo A.-
-W4,
ORG: Moscow Institute of Chemical Technology im. D. 1. Mei,-deleyev (Moskovskiy
khimiko-tekhnologicheakiy institut)
TITLE: Synthesis and study of the properties of polyurethane carbonat sed on
4--Z2-(3-methyl-4-hydroxyphenyl)isopropyl7-2-mathylpheny1 ester of hexamethylene
dicarbamio acid and phosgene
SOURCE- Vysokomoleku-lyarnyye soyedineniyal Y. 8, no. 2, 1966t 302-307
TOPIC TAGS-. organic synthetic process, polycarbonate plastic, thermomechanical
Property/ PKU-2 polyurethane Plastic'
ABSTRACT- Synthesis and properties of POIZEethane carbonate PKU-2 W based on
4--Z2-(3-metkvl-4-hydroxyphenvl)iso ropyl7-2-methyl ester of hexamethylene
dicarbamic acid (II) and phosgene MI)-are described. Tito material, having a
molecular weight of.20 000 and an elementary unit represented by the formula
Card 1/3 UDC, 541-64+6

L 24489-66
ACC Iffit AP6006984
31
CHV* CHI CHI Clio CHI
0- 0'r-c- --C-0 01
N-~Cffs)IN 6j -(r'LO-C~
%..- 0
10'
was of interest akVit was expected to coF);ine the excellent mechanical properties
of polyearbonatesFwith higher eLasticity%nd alkali resistance. Compound II has
been synthesiz for the first time, by reacting 2,2-di-(3-methyl-4-bydroxvphenyl)-
propane with hexamethylene diisocyanate. I was prepared.ty interphase polyconden--
sation in suspension. Study of the yield and viscosity of' the product as functions,
of the reaction conditions is summarized graphically. Optimal concentration of
0.2 mol/l. Phosgenation repeated three times in
:.reagents was found to be .,creased
the yield from 15 to 45%- Comparison of the thermanechanical ]2ropertie of I with
those of homopolycarbonate is illustrated in Fig. 1. The product was resistant to
eikaline hydrolysis and to organic solvents.
i Clkra

2.4489-66
ACC NR:. AP6006964

UTENKOVt.V.F.j, kand.tekhn.nauk; BOGA'IYREV, I.I.; GORDUOKO, N.A.,
naucbMy sotr., inzh.; VLASOVA. N.A~. nauchnyy sotr., inzb.;
KOVAIEVSKI7, P.I., naui&i~T_ sotr., inzh.; FJMk, V.I.,
nauchrqy sotr., :Lnzh.,- BEREZOVSKIY, B.I., naudhrWy Botr.,
inzh.; Prininal uchast:~ye POLOZOVArA. N.K., tekhnik; UDOD,
V.Ya., red. izd-va; SUALTTNEVA, N.V.p tekhn. red.
[Handbook on winter construction work] Spravochnoe posobie
po stroiteltrqm rabotam v zimnee vremia. Moskva, Gosstroi-
izdat, 1961. 213 p. (MIRA 15:7)
1. Akademiya stroitellstva i arkbitektury SSSR. Jmntitut or-
ganizatsii, mekhanizataii i tekhnicheskoy pomoshchi stroitell-
stvu.
(Building--Cold weather conditions)

VLL90VA Mo
Some hidtochemical characteristics of the fertilization
process in interspecifie hybridization of cotton. TSi-
tologila no.12 94-97 Ja-V63. (KM 16:6)
lo Iaboratoriya upravleniya naeledst7emostivu rasteniy
Instituta genetiki i fiz*ologi-i rasteniy AN UmSSR, Tashkent.
(GOTITON XMING)

VW30VA, M. L
Stratigraphy and volcanism of upper Faleozoic volcanogenic deposits
In the southern part of the southern slope of the Knrama Range.
Vest.Monk.un.Ser.biol., pochve, gaol., geog. 13 no.3:133-142 ' 58.
(MIRA 12: 1)
1. Kafedra petrografii Moskovskogo gos. univeraiteta.
(Kurama Range--Geology)

VLA,SOVA, M. 1.~
- ~-: , , -
New data on the geolog7 of the southern part of the Kara-
Mazar Mountains* Izv&vvepuchebvzav*; geol.i razv. 2
no.lOt2g-34 0 159- (MIU 13:6)
1. Moskovskiy goeudarstvennyy universitet im. M.V.TOmonosovs.
(Kara-Mazar-Mountaine-Geology)

VLASOVA, M.I.; NIKOLAYEV, S.V.
Porosity of effusive rocks of the eastern Karamazar and its effect
on the localization of polymetallic mineralization. Vest.Mosk.un.
Ser.biol., pochv., geol., geog. 14 no.4:85-94 '59. (MIRA 13:6)
1. Kafedra petrografii Moskovskogo universiteta.
(Karamazar Mountains-Rocks-Density)
(Ore deposits)

VLASMJ-xa~
Behavior of pollen tt&s in interspecific pollination of cotton.
Uzb. biol. zhur. 6 no .3 T 5-12 162. (MIFA 15-6)
1. Institut genetiki i fiziologii rasteniy AV UzSSR.
(CMION BREEDING)

KwS1 V.G.; VLASOVA,, M.I.-
.
Some data on the content of cholesterol in the blood serum and
the content of vitamin C in the blood plasma of the native
inhabitants of Magadan Province. Probl. Ser. no.6.-130.-133 162.
(MIRA 16:8)
1. Fervyy moskovskiy meditsinskiy institut.
(CHOLESTEROL) (ASCORBIC ACID)
(MAGADAN FROVVCE-BLOOD-ANALYSIS AND C11EMISTRY)

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KUYM P V.G.; VLASOVA, M.N.
Content of cholesterol in the blood serum and in the diurnal
food ration of the aboriginal population of the Far North.
Vop. pit. 21 no,6:33-36 11-D '69-8 (MIRA 117:5'/'
1. Iz Magadanskoy oblastnoy bollnitsy (zav. V.3. Chernikova) i
in kafedry propedevtiki vnutrennikh bolezney (zav. - doystv.!Lelln~y
chlen P14N SSSR prof. V.Kh. Va5llenko) I Moskovskago vieditsinskefro
instituta imeni Sechenova.

SHREYDETI, M N kaxid.tekhn.nauk; FEDYUKOV, M.F., kwW.tekhn.naul-.; ~IAIIIVA_,
M.i.:'inzh.
Testing of the ML-2,8 flax thresher. Trakt. i sellkhozmash.
32 no-5:18-20 My 162. (MIRA 15:5)
(Flax processing machinery)

KUM$ V.G.; VLASOVA, MaN.
r,'ontent of vitamin C In the blocd plasm and in C;-,z;a fc;od
products consumed by the native population of the Far North.
Vop. pit. 22 no,386!,-67 My-A 163. (MIPA 17:8)
1z kafedry propediwticheakoy tzrat%li (zav. - d-3yqtv1fe11nyy
-A'Ien AMN SSSR prof. V.Kh. WitillenkON I Moakuvakrgo ordiria
Lenina meditsinakogo inatituta Imeni I.M. Seebenova I Maga-
danskoy oblastnoy bollnitay.

NICHIPOROVICHO A.A~j VLASOVAq M.P.
Formation and efficien7 of the photosynthetizing apparatus in different
cultivated plants during the gioVing season. Fioiol. rast. 8 no,ltl9-
28 161. 1- . (MIRA 14:3)
1. I.A. Timiri&sev Ins#tute o:C plant Phyoiolo&79 U.S.S.R. Academ3r of
sciences, Moscott.
(Photosynthesis) (Gorn(Maiz4))(Wheat)

HICHIPOROVICH, A.A.; SMOGONOYA, L.Ye.; CHMORA, S.N ; YLASqTAj M.P.;
KURUNOT, A.L., otv.red.; SMOTATOTA, I.B.: r 1e d *'is' d --'v- a';-
YCIKOTA. T.M., Ukhn.red.
[PhotoBynthetic activity of cultivated plants; methods and
object of records kept in connection with the formation of
grain] Votosinteticheakaia deistellnost' rastanii v posevakh;
metody i 2adachi ucheta v eviazi a formirovaniom urozhaev.
Koskva, Izd-vo Akad.nauk SSSR, 1961. 132 p.
(KnU 14:4)
(Photosynthesis)

ROYAK, S.m., dotsent kand.tekhn.nauk;,VIASOVA, M.T., inzh.; KAPKIR, M.M.,
kand.tekhn.nauk; KRYMIN. G.S., kand.tekhn.nauk
Using multistage method in grinding mixed cements. Trudy VIITSement
no.12:51-83 '59. (NIRA 13:5)
(cement) Oiling machinery)

VL&S9TA,_M.T.;.,DkWSRWfWAYA, Z.L.; KRAVC I.. V.
I
Selecting cement compositions for concretes and Mortars to b6
subjectqd to short-time steam curing. Nement 26 no.2.,22-26
xr-ap 16o. (MIR& 13:6)
(Cement clinkers) (Antoolaves)

XRAVCHMO. I-V-, kand.tekhn.nauk, YWOV49 K.2., inzh.
Technological parameters of making cements of 700 and 8W grades-
Trudy NII2Sement no*13168-79 160o KIRA 13:13.)
(cement)

KUVCHI.Nxo.s I.V., kand.tekhn.aauk ; VIASOVAY M,T.. inzh.
Structure of cement brick as a result of accelerated steaming. flauch.
OooVIITSementa no.8tl3-18 160. (MIRA 14:5)
(cement)

DANYUSHEVSKAYA, Z.L., kand.takhnonauk; VLASOVA, M.T., inzh.; GERASIMOVA, G.P.,
inzh.
Study of the characteristics of packing cements. Nauch.soob.
NIITSementa no.7:11-20 160. (MIR& ]J+:5)
(Cement) (Oil well cementing)

- ---------
L 05895-67
ACC NRt AR6031251 (4) SOURCE COED: UR/0081/66/000/011/MO26/M026
AUTHOR: Kravchenko, I. V. ; Vlasova, M. _ T.,;. Yudovich, B. E. ; f~r khtin, G. S.
Kirillov, Yu. D.; Turkof, -I. M., Shorokh, L. N.; Bj~ qachuk, A. V.
TITLE; The production of a quick-hardening cement at a Zdolbunoy Cement-Slate
Plant \4 ;2-
SOURCE: Ref. zh. Ehimiya, Part II, Abs. 11M192
REF SOURCE: Nauchn. soobshch. Gos, Vs es, n. -i. in-t tsem entn. -RE ~MSLIIL
no. 20(51), 1965, 36-41
TOPIC TAGS: cement, quick hardening cement/ZdolbunoArskiy Cement Slate Plant
ABSTRACT: A technology was developed for manufacturing very quick-hardening
cement with a hardening strength of 300 kg/cm2 after one day, 450 kg/cm2 after
three days, and 700 kg/cm2 after 28 days. At the Zdolbunov Cement-Slate Plant
the base mixture is made from hard chalk, clay, -and loams, containing a consider-
able quantity of large-crystal quartz; calcining was conducted in rotating furnaces,
118 and 170 m long. The physicochemical properties of the base components were
studied, and the effect of the following factors on the cement strength was analyzed:
Card' 1/2

67
CC NR, AR6031251
the type of fuel, the method of grinding the clinker, and the reactivity of the
components. The reactivity of the base mixtures was found to be low, since 30--
45% SiO 2 waq present in the form of quartz particles larger than 15/z. The cross-
sectional view of the manufactured slurry showed large quartz crystals,