SCIENTIFIC ABSTRACT MOSEYEVA, M. I. - MOSHCHANSKIY, V. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001135310020-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

UKWJrSKIY, A.S.; BADALOV, S.T.; BASKMOV, M.P.; ISMAILOV, M.I.; JJQ@A @M-I.
Hist#y of minero-goachemical stud* in the Institute of
Geology. Umb. geol. shur. 6 no.6:40-44 162. (KIRA 16:2)
*pbakistan-Geochamistry) (Usbekiotan-Mineralogy)

DELTYARENKO, N.S., kand.tekhn.nauk; '.IWEYLVA, II.A., inzh.; JLISIL76KIY,
A.A., inzh.
Seamless stamping of put-on cutting tools. Nov.Lekh.izv,.instr.
no.2:12-18 161. OURA 15:8)
(MiIial-ClItting t0013) (Forging)

2@ S@C"'
22J40G
3/032/61/027/012/013/015
B104/B102
AUTHORS: Stoyanov, P. A., and @o@@,kva, N. M,
TITLE3 Adjustment and operation of high-resolution electron
microscopes
PERIODICALt Zavodskaya laboratoriya, v. 27, no. 12, 1961, 1535 - 1542
TEXT: The first part of this paper deals with the adjustment of first-
class electron microscopes with a resolution of 6 - 10 R. Inmost electron
microscopes, the system of illumination and the condenser can be shifted
parallel to the axis of the objective. Moreover, the cathodes in almost
all first-class microscopes can be shifted relative to the anodes, In the
1'1E1-5Y(IYeM-5U) microscope, the cathode with the focusing cylinder can be V@/
shifted relative to the axis of the condenser. In microscopes with
two-lens condensers, the short-focus condenser can also be shifted
relative to the long-focus condenser(Ellmiskop 1, tEM-5 Y(lYeM-5U),
i,t)jJF,-1OO(UEMB-1OO), YEMB-100(UEMV-100)). In some microscopes, the anode
Card 1/3

21)100
5/032/61/027/012/013/015
Adjustment and operation of high-resolution _B104/B102
can also be adjusted. The paper deals closely with the proper adjustment
of the system of illumination in microscopes in which it can be inclined
toward the axis of the objective. The detection of the voltaic centers of
images with minimum chromatic aberration is discussed. The feed voltage
is varied, and all points of the image of the objective rotate in spirals
around the voltaic center where the spherical aberration is not a
minimum. The IMYe-5U microscope possesses a special device for the super-
position of an alternating component over the stabilized accelerating
voltage so that the voltaic center can be found quickly. Two methods for
stigmatizing the image are discussed in detail, one by D. E. Bradley
(Proceedings International Conference on Electron Microscopy, London, 478
(1956)), and the other by L. I, Zemlyanova. The stability of adjustment
and corrections, and the mechanical stability of the microscope are also
dealt with. External disturbances (vibrations etc.) must be avoided on
account of the limited possibilities of improving the stability. The
instability of current supply could be reduced to 0.003 - 0.001% for
first-class microscopes. The current supply of the objective lens in
stabilized with an accuracy of 0.001%. It is stated that these require-
Card 2/3

MOO
3/032/61/027/012/013/015
Adjustment and operation of high-resolution..BI04/BI02
ments are not always fulfilled by the manufacturers. Finally, the
determination of the resolution of electron microscopes is described. In
the first method, it is determined from the distance of the diffraction
maxima of a beam diffracted by a diffraction edge. The resolution can
also be determined from the minimum distance between two small particles
obtained by metal condensation on a backing. There are 7 figures and 10
references: 1 Soviet and 9 non-Soviet. The four most recent references
to English-language publications read as followst M. E. Haine, T. Mulvey.
ProceedirigsInternational Conference Electron Microscopy, London, 698
(1956); S. Sakata. J. Electronmicroscopy, 6, 75 (1956); Komoda a. S.
Sakata, J. Electronmicroscopy, 7, 27 (1959)1 T. Hibi, S. Takahashi.
IV International Congr. f. Electronmicroscopy, 169 (1960).
Card 3/3

STOYANOVP P.A.;_MUMAIJUL
Applhance to prevent contamination of specimens in & Uxqv-200 electron
microscope. Prib. i tekh. eksp. 8 no.2:146-150 @t-Ap 163.
(MIRA 16-4)
(Electron microscope)

VAMORLYEV, I.S.; HQ99AA. -TO-A.
Occurrence of schistose volcanic sedimentary rocks in the hanging
layer of the Uchaly deposit and ore enclosures In them. Trudy Gor.-
geol. lust. UFAY SSSR no.43:145-1.52 159. (NIW- 13: 11 )
(U.-haly regi0L---Petr01097)

ATVAZOV, B.T., kandidat khisichookikh nauk; ROMISTVINSKIT, V.P.. kandidat
khtmichaskikh nauk; SH"IN, L.L.. Icaadidat khimicheskikh aauk;
SHMSKIT, I.M., kandidat tekhnichookikh an
mladshly nauchnyy sotrudaik
[Safety instructions and fir prevention measures for members of
institute@, departments and :orkshops) Instruktatia po takhnike
bezopmenosti i protivopozharnym meropriiatitem dlis sotrudnikov
institutay, otdolov i mosterskikh. Ufa, 1957. 70 p. (MIRA 10:8)
1. Akedealys nauk SSSEL. Bashkirskiy filial, Ufa.
Oftre prevention) (Accidents-Prevention)

TATCHINOV, S.M.. prof.; YAWMOT. Ta.l.: OANKOV, G.F.; MCHMT, P.A.:
CHK=T, K.P.; GARIFULLIN, F.Sh.; MIRANGULOTA, N.M.;JiOSxWA,
Z.T..- SHAROVA. A.S.; MOLIT. K.P.; KAZILKIV, I.A.; GIZZATUUJN.
S.G.-. DMOT. A.T.; KUZUETSOV. F.T.; ]PILATOW. L.P.. red.:
KODYAKOTo I.A., takhn.red,
[Soils of the Kashita Gefurl Collective ftrm and their efficient
utilization) Pochvy kolkhoza Imeni Nazhlta Gefuri I puti Ikh
rataionallnogo ispollzoveniia. Pod red. S.H.Talchinova. Ufa#
1960. 124 p. WRA 14:1)
1. Akademlys nauk SM. Bashkirskly filial. Ufa. Institut
biologiio
(Bashkiria-Soila)

MOSLIUVA 0 Z.V.
Total chemical composition of certain forest-steppe soils of
the Sim agricultural zone of Bashkiria. Hat. po, isuch. pochv
Bash. ASSR no.ltl8e-191 160. (NDA 14:3)
(Sim Valley-Foreat soils)

KOSICTKLUA, 0.1.
Iran,gotherapy in gynecological consultation cantor. Mrush. gin.. Mosirva
no.5:81-82 Sept-Oot 1952. (CIXL 23:2)

MOSHANSKIY' N.A.,, doktor takhn. nauk; KOMMIZO, A.S., inzh.
Increasing the durability of silp walls. Bet. I zhol-betno.1:42-44
ja 159. (MIRA 12: 1)
(Precast concrete conotructiou) (Silos)
,a
or

V
AUTHOR: BOVIN,V.V., !,IOSAROV,A.I. PA - 2002
TITLE: On the Use of Pocket-Dosimeters of the Type DK-0,2 for the
Individual Dosimetry of Fast Neutrons.
PERIODICAL: Atomnaia Energiia, 1957, Vol 2, Nr 2, pp 184-185 (U.S.S.R.)
Received: 3 / 1957 Reviewed: 3 / 1957
ABSTRACT: The authors showed that when working on a cyclotron with
berylliumtarget bombarded with deuterons with B-13 MeV it is possible to use
"thimble chambers" with air-equivalent walls for the practical individual
dosimetry of fast neutrons. For the experiments chambers of the type DK-0,2
produced in the factory "Geologorazved.kall were used which are destined for the
measuring of x- and T -rays. The ratio of the ionization effect of the neutron
component and the total effect of r -and neutron radiation was determined in
the chamber by means of filters of lead and paraffin. Three meaauringswere suf-
ficient: without filter, with lead filter and with two filters. This ratio was
0,800 in chambers which were installed under an anele of 1050 with respect to
the neutron bundle. Absolute sensitivity to fast neutrons was determined from
an experiment with a Ra-Be-source (activity 318 millicurie) and a lead filter.
In the "thimble chamber" the effect of ionization is proportional to the lose
and this does not depend on the energy of the recoil protons. On the occasion of
gauging, neutrons of less than 3 MeV contribute very little towards total
ionization. - The thickness of the lead was chosen in such a manner (25 cm),
that the relative contribution to Ionization of the radiation which has passed
the filter, must be attributed to the fast neutrons. By means of a separate
CARD I / 2

On the Use of Pocket-Dosimeters of the Typq PA - 20d2
DK-0,2 for the Individual Dosimetry of Fast Neutrons.
experiment with a dosimeter for fast neutrons a weakening of the neutron flux
was determined by means of the lead filter. The authors determined the sensi-
tivity of the DK-Ot2 chambir to fast neutrons and found that neutrons of a
velocity of 6,5.10 per am correspond to a value of 25 mr (milliroentgen ?)
on the scale of the pocket dosimeter. Tho deflections of the dosimeter showed
differences of up to + 6% when being exposed, identical conditions prevailing.
The total error on th; occasion of the determination of the neutron done by
means of the dosimeter DK-0,2 cannot be more than + 32%, it can, however, be
reduced to + 106 by more exact gauging. The DK-0,2-chamber is charged for at
least 2 monihs if operation is normal. On the occasion of the measurings only
corrections for the contribution made by @ -rays and for self-discharge have
to be considered. The DK-0,2 pocket dosimeter is well suited for the individu-
al dosimetry of fast neutrons when working with a cyclotron under conditions
as described in this work. This holds good for beryllium and copper tarcets.
ASSOCIATION: Not given.
PRESENTED BY:
SUBMITTED:
AVAILABLE: Library of Congress
CARD 2 / 2

_@PPHARQV, A.A., inzh.j NIKOLAU, A.F.
Bell rolling In multipbe antry hall,--a! grooves. Stall 2-2
no.6t537-538 Je 162. (MIRA 16-7)
1. Zavoi *Azovatal'"s
(Rolling(Metalwork))

VOLIFOVSKIY, H,I., podpolkovnik, voyennyy shturman pervogo klassa;
MOSHAROV P V podpolloovaik,, voyannyy shturman pervogo klassa
Flight with a variable profile. Vest.Vozd.Fl. no.7:38-40 J1
161. (MMA 14:8)
(Navigation (Aeronautics))

KMANOV, K.A., inzh.; NIKOLAU, A.F.,, inah.; LIMHARIIV,_ A+, inzh.
Mastering the operation of xdUe for ball rollingo Stall 22
no.4025-326 AP 162. (MIRA 15:5)
11 1
1. Z4vod "Asovetall".
I (Rolling mi3J.s) (Crushing machinery)

WSMkR()V, Ta.
Urgent tash. Prow.koop. 11 110-5:13-14 MY '59.
(MIRA 1219)
1. ZameatIt"ll predeadatelya oblispolkoma, g.Tladimir. -
(71adi-nir Province--Service industries)

*V60 of TM DK-0.2 Pocket Vfttzeters for Individual Dosi-
metry of Fast Neutrons," by V. V. Bovin and A. I. Mosharov,
Atomnaya,Energiya, Vol 2, Ho 2, Feb 57, pp 184-185
DK-0.2 pocket dosimeters made by the "Geologorazvedka" plant were
tested for sensitivity to fast neutrons. The dosimeters were designed
to measure -rays and X rays.
A fast neutron dosimeter "of the 'Tiss' type" was used for calibra-
tion.
Considering 6.5,106 fast neutrons/cm2 a limiting tolerance level,
tests showed the dosimeter should last about 2 months under normal work-
ing conditions within the tolerame limits (U)

OSIPRWO, T.. otbarshchitca; HAZBITSMVA.
PASALISKATA. H..
I.OHAROU. S..
SHISHKAIOVA, L.
A.. vagoaetchttsa:
vagonatchitsa: KkLIVINA. N.. andchitea;
madchttea-. SIDOROTA, S., lnsb..po ratelonalisateli;
Kochanization , the homamdo way. Rabotnitaa 37 no.7:15
ji 159. (14IJU 13: 1)
(Koncow-Brick industry)

T S-YT M I i @GI, i go I- t Yu I I y OVI c h; iicy'll, 1421 "1 , i t - 'L ". :@:- k. @4c', '., tj .. 4, t. ;
I-LSHAROV-1, T.F., red.
[Houtine rf.,aintenance of tr,,p _,,-
harbors] :-e;@-,.nt port6%-,@kli
' . , 'T ranspor.t, I,i,4.
i'Otekhr.ichaskikh nooruzherii 1. I'llorkwi 4 ,
107 p. -IF:. )

VIL111K, Pavel lakovlevich; SLAPAK, Mariya Mikh",ylovm; .'.USIjJL-LOVA,
T-P-j red.; U3XN%A, 1-.*.b., tekhn. red.
[Iransportation and over-all mechanized reloacint- of cep.ent
in bulk] Opyt perevozki i ko, pleksno-m-ekhanizirovannoi pere-
gruzki tserenta wisypliu. 1.'o--kva, Izd-vo "Vorskol. transport"
1963. 64 P. (14I?,A 16:12)
(Cer.ent--Ti-nnsportation)

DEVENTIYEV, Erik Yurlyevich; MOSHAROVA, T P., red.; USAIJOVA, N.B.,
tekhn. red. ,
(SeLfety manual on electrical engineering on naval vessels]
Pamiatka po elektrobazopasnosti na morskikh 8udakh. Mo-
skva, Izd-vo "Morakoi transport," 1963, 122 po
(MIRA 17:3)

TL;DTLIN, Grigoriy Yulliuvich; l,ctr Al-kadlyev-lcl.;
MC-SI:kROVA, T.F., ,
red.
[Plari,ed I.roventive r@-P&JV!3 of trjcirauiic ftructurej of
t.arbors] Flano-io-i,r(-ciui,e-ilt.el'Trjo r -i.cinty 1-,ortrv-ykl- g-,I-
roteklinicheLiklkh 3coruzhenii. Moskva, Transport, 1964.
107 p. (1-',IRA 17:9)

PHASE I BOOK EXPLOITATION SOV/5441
Brezhneva, K. M., I. B. Ivanova,,_T. -1 S. Mosharova, I. F. Nikolayev-
skiy, A. S. Savina, D. I. Smetan Ifta, S. V. Supov, and T. I.
Fishbeyn.
Poluprovodnikovyye triody I diody; (sprevochnik] (Semiconductor
Triodes and Diodes; Handbook) Moscow, Svyazlizdat, 1961. 311 P.
30,000 copies printed.
Ed. (Title page): I. F. Nikolayevskly; Reap. Ed.: A. Q. Muradyan;
Ed.: A. I. Voronova; Tech. Ed.: K. G. Markoch.
PURPOSE: This book Is intended for engineers, technicians, and per-
sons engaged in designing, building, and operating radio elec-
tronics equipment employing diodes and triodes.
COVERAGE: The handbook provides data on the properties and opera-
tional characteristics of junction-type diodes and triodes de-
veloped in the Soviet Union and delivered to plants or adapted
for mass production. Reference data are provided on low-power,
C&1x"/,j_0-

Semiconductor Triodes (Cont.)
SOV/5441
low-frequency (up to 0.2 w and up to 3 me) fused germanium and
silicon triodes; on low-power, low-frequency (up to 0.25 w and
up to 400 ma), fused, diffusion,and surface-barrier (microfused)
germanium triodes; on powerful (from 0.25 to 100 W) fused triodes
made from germanium; and on junction-type silicon and germanium
rectifier diodes and voltage stabilizers. Methods and formulas
are given for deriving data, curves, and parameters not found in
the handbook. Parameters and symbols and their definitions and
formulas; heat constants; maximum permissible operating condi-
tions; and electrical data for Individual diodes and triodes are
given. The paragraphs entitled "Principles of Marking and Clas-
sification :: explain the technical implications of markings, e.g.p
"F1311 and P13A" designate germanium semiconductor triodes of di.f-
ferent amplification coefficients (c& being 0.92 and 0.97 respec-
tively), wherans triodes "Pl3A" aid "P13B" do not differ In ix, but
In noise level (F being 33 and 12 dec.Loels respectively). The
authors thank A. H. Maradyan for editorial assistance. There are
no references.
Card 2140,

STAK07-TITKOVSKIYS A. (Moskva); (Hoskva); GETSOV, 0. Moskva)
BYMMSOV# Yu. (Ty=enl); GO.MZOV V. (Orenburg); MAMOTINp A. @Moskva)
KHA7MOV9 B.; MAVTSEV ff. (Drelf; MAKSIM07, D. (Inningrad);
MOKROBOROWV, V. (Sverdlovsk)
Advice from the experienced. Za rul. 19 no.12:18-20 D 161.
(MIRA 14:12)
1. Stantsiya Parlovakaya, Mookovekaya, obl. (for Khaymov).
(Motor vehicles--Maintenance and repair)

KCSHCHAKOV. V.
- . -- - W.
Connecting two variable resistance*. Radio no.11:43 9 '53. (KT-14- 6:11)
(Radio-Apporatue and supplies)

VEDENEYEV, G., inzhj MOSECIIAKOV, V., inzb.
Transistorized voltage converters. Radio no.2:24-27 F '61.
(MlRA 14-9)
(Electric @3urrent converters)

MOSHCHMOVI V.,, inzh.
Two-channel amplifier. Radio no.5:34-36 Ny 161. (KERA 14s7)
fi. (Amplifiers (Electronics))

XOKAROV, M.G.; SOBOLIV, V.A.; BASHKAKOT, A.I.; IMUSSKIY. A.T., kand.
istor.nauk; RUMNOTA, A,G.; KOSXALWS, U.S.; KUSHMIM, LYS.;
MOSHCHMOT, V.A.; KARDAXOVA. Ye.A.. red.; SILTAWYA. Ts.l..
takhn.red.
(City of Kirov; a reference book] Gorod Kirov; spravochnik.
Kirov. Kirovskoe kmizhnoe isd-vo, 1959. 166 P.
(KlaA 13:6)
(Lirov--Ouidabooks)

KOSHCR&LKOY a __
- ------
Aquipment of aitomotty" freight @tattoos In West Germany. 4-Ft.
traden. 18 no.9:58-59 S '60. (MIRA 1);9)
(Germany, West--Transportation. Automotive)

POVOROZHENKO, %'-V-, prof'.. doktor tekbn.nauk; MOSHCHALKOV, I"zh-
Advantages of t@e concentration of loading aryJ unloading operatims
on approaO@ tracks. Zhel.dor.transp. 43 no.10:7e-PO 0 '61.
(KIRA 14: 9)
(Loadinf, and unloading) (Railroads-Freight)

MDSHCHLLKDV, A.S.,, kand.takhn.nauk
Efficiency of the concentration of freight opeiatious In the
statiobs, ZheledoiNtransps 45 no,10;73-75 0 163. (MIRA 16:11)

FOVORCV11F21909 V.V.0 prof.,p doktor takhoonaukl @WIETCIIAUOVg , ,
- @10- of
Lmnd.tsl4inonauk
Frm abroad. Meldor.transpe 47 n2,22t83-89 D 165s
(It RA 28a.12)

3102016,0/1 'J04 /() 5)/ j40XX
BGC4/BO67
AUTHORSi Spitsyn, Vikt. I., Academician, and
TITLE: Study of the Effect of Sperifi-. Rali-t of Cerium
Oxalate on Its Solubility
PERIODICALt Doklady Akademii nauk SSSR, 1960, Vol 155, NO. 4,
PP. 859-861
TEM The authors refer to a paper by V@ I. Spitsyn, Ye A. Torchenkova,
and I. N. Glazkova in which a relationship was found between the
solubility of barium sulfate tagged with s35 and its specific radioactivity
Therefore, they studied the effect of radioactivity on the solubility of
cerium oxalate tagged with Ce144_ The half-life of this isotope is 282 d;
the short-lived PIr 144 (T 112 - '7.5 min) is formed with a 2.97-Mev beta
radiation energy. Preparations were produced with 0.0075; 0.046; 0.495;
and 4.3 millicuries/g by precipitating spectroscopically pure CPC1 3 tagged
with Ce 144 from a hydrochloric solution by means of oxalic acid. Empirical
Card 1/3

Study of the Effect of Specific Radioactivity 5/020/60/13@/004/039/040XX
of Cerium Oxalate on Its Solubility B004/BO67
formula of the preparations% Ce 2(C .20 4)@' 10H20, Solubility wa:i determinel
in a thermostat at 25 0C. EquilibrIum between solution and precipitate was
established after about 60-100 hours The sample of the centrifuged
solution was applied to aluminum targets and boiled down, and its activity
was determined by a comparison with a standard solution. Solubility was
calculated from the equations L - 1000I oolQatd/Lstd' vSol (1); (Sol' Istd
- intensity of the solution and the standard, respectively, Q std ' cerium
oxalate content of the standard solution; v Sol - V, lume of the solution
studied). The following relationship was found between the specific
activity N and the solubility L: logil - aL + b (2), which is graphically
represented in Fig. I. The following values were obtained for the
constants: a - -4.93, b = 2 235. This effect of radioactivity on solu-
bility must be taken into account especially for difficultly soluble
compounds. There are 1 figure, I table, and 11 references: 9 Soviet,
1 US, 1 Austrian, and 3 German.
Card 2/3

Study,of the Effect ot Specific Radioact'-vity S102016011331CC410391040H
of Ce@ium Oxalate on Its Solubility B004/BO67
ASSOCIATION: Institut fizicheskoy khimii Akadenii nauk SSSR (Inf3tJlute
of Physical Chomistry of tho Academy of 3ciencr)q T"33R)
SUBMITTED: April 29, 1960
Legend to Fig. 1: solubility of cerivin oxalate of different aicti@ity in
water; 1) solubility; 2) log 11
41
Card 3/3

"I(, )'JR APiO474'10
A UJ' HO Ft Lu k'
yanov, V, F. , Moshcrianskaya, N. G.
F. Photom(-tric investig,,tion r-)F !he solubilit,; of larithan,im rerium and
14vT!iiijrn @xalatef4 hv rneans -?f 4ri4,-razo
97
1' 7.nurnal ana1M(A7#-sk(-. v I n I if,, II ?q4 12F;1)
OPTC TAGS: lanthanum oxalate, cerium oxalate, prasef-Aymium, oxalate, solu-
ni'lity, photometric determination
ABSTRACT: The solubility of La, Ce and Pr oxalates in water at 25C war, de-
tpr-ynined with a high degree of ac-uracy (relative experimentai error did not
41 51@ by a photometric, m,-th-@ w0h arsr-n-lzo III P- r-I in s t h P F; at 1i r at -
q -1
t
III and aretate hl-iffs,r pti 4 7;, :-j,.
A 1@wo-fold excess of oxalail, !)r)B n uie 1311
a!fe(A the results. Tl@e data agrord with 11tPra!ure data -P7e aoitibility of tne
Card 1/2

A.@CFSSIMN NR: AP4047499
In the 3-7r!es [,a Orig 'irl ha,; I tahle and I figure
@(-IATIO-N: None
0-1 HER. 005
21' 2

fa-
USSR/Analysic of Organic Substances. G-3
Abs Jour Referat Zhur - 10ilmiya, 11o 6, 1957, 19700
Author SX Kazarnovskiy, N.I. Moshchan3kaya.
Inst t Gorki Polytechnical-TRTM-te
Title Quantitative Determination of EigLani',,
Orig Pub Tr. Gor'kovek, Politekhii. In-ta, l,,`,5, 11, No 3, 62..6,1.
Abstract A weighed sample of biguanide (1) (0,1 C) is discolved in
23 to 30 n, 1 of water, @Iry rro-rLni te is Fidl,'ed until a IGb
solution io obtained (2-5 g), 30 n,1 of co,icentrated 14-140P,
5 drops cf the 0 25% solutioa of indago@!@,rmine In 54
alcohol and the 25% KOH solutlon (drop b@r d:op until the
color changes into yeUow-L@:e.n) are added. After that
2 to 4 ml of t!ie reageat (4o g of Ni(No )2.6H20 Pluc 1CO
e.. of 7@ mannito solution pl-@.-; 90 ml, 0@ concentratLd
NIAUOH plus 15 m! of 2% KOJI vilution) are added, ali is
shakeg and left (in e eloscd Uask) 2 to 3 houro.
When the prc2ipitaticn. is completed, the aolution over
Card 1/2 - 18 -

AU7HORS: Kazarnovskiy. 3 J_ 7',, - 1 4
NfLE. On the Foruation of t r I
Cyanide Guanidino, Anmoniumbicarbonate and Ammonia
Aqueous Solution (0 mekhanizme obrazovanija karbonat,i
guanidina 1z tsii@.nj@uanidina, bikarbonata ammoniya i
a,mmiaka Y Yodnom rastvore)
PERIODICAL: Zhurnal Obshchey Khinii, 1957, Vol, 27, Nr 12,
PP. 3386-3390 (USSR)
I SfRACT: The guanidine carbonate is much utilized in the industrial
organic synthesis because of its great reactivity. The 31lr-1@1'!:3t
and cheapest method for its production consists in @ heatii.g
of the eyanc-guanidine together with ammoniumbicarbonate in
a concentrated ammonia solution at 1260C at a pressure of
20 - 22 atmospheres, By-products of this reaction are amme,ine,
ammelide, melamine, and urea. More precise results were not
described in publications up to now. The purpose of this
investigation was the examination of tne kinetics and of the
reaction process of the formation of the guanidine carbonate
in the temperature range from 100-1500C. The formation of the
guanidine pooseaseo an intermediary stage in thf.@ formation
Card 1/3 of bi-guanidine. The reaction kinetics of the formation of

On the Forination of the Guanidine Carbonate From Cyanide 79-12-4--//4;
Guanidine, kmmoniumbicarbonate and Ammonia in an Aqueoua
Solution
biguanidine are less marked than the kinetics of its
transformation into Cuanidine. The content of guanidine as
the final product Increaaes with the duration of heating
at a conptant temperature, during which process the reaction
velocity of the formation of guanidine, however, decreases,
which velocity, on the other hand, increases with a rising
temperature. The maximum production rate of guanidine is ob-
tained at a heating of four hours duration at 1400C (40 @,
computed in relation to the theoretical production rate).
Apart from the principal reaction secondary reactions take
place, resulting in the production of derivates of the
1,3,5-triazine, melamine and urea. Within the limits of the
synthesis of the enanidine carbonate urea is produced from
ammonia and carbon dioxide
There are 1 figure, 1 table, and 17 references, 7 of which
are Slavic,
Card 2/3

On the Formation of the Guanidine Carbonate From Cyanide 79-12-47//43
Guanidine, Ammoniumbicarbonate and Ammonia in an Aquprjq
Solution
ASSOCIATION: Gor'kly ftlytechniCal InStItUte (Gor1kovskiy
politekhnicheakiy inatitut).
SUBMITTED: December 3, 1956
AVAILABLE: Library of Congress
1. Guanidine Carbonates - Production 2. Cy@4nldo
guanidine - Applicaticns
Card 3/3

MOSTT.CTTMTSKAYA, @T. I.: @Vlatpr T-ch Sc' ("'Rn) -- "Tn,7-stJr-n+-'nn nr rli--4-
cnl re3etions ocmwrln,- in tho pro4urilnn of nni.to nf minnl,'In- frn, A'-
c- Tirl -,+ @p I,
,Tane, tAml M v ". Gor'IC4.7, 105P. In @r (Min TT!r-lhsr Vlin UTSy, -
Tnnt !n A. A. ZhAnnov), !On cop1pn (Tr.L 0 ?if) -@, Iry-r?, I-q)

. .., -.11, 11
I I . I . ..9 . .
. , . . I :' 1, @ -'u" , 1 * , @ .@ ; t . 11 1 -7 - " " , , a
D 1:-@ .', ! r f.- - t r;' : "-,C' I -, -,,; . , , 1, 1 - .11"! .:;
. I . '. , ,- In , I - - .. .,/
I -,' f @, I - , i - , f - "-, T, :3 . I ,
I 'r, , . 'r I '. -Ct .1 , '3, )
:" C : 'Ir'. C: '] r! 7% -a 1403;1,

KOSHCHaRSKAYA. V.H. _
Data furnished by Rmasian explorers in lessons on AfrICd in the 9th class.
Geog. v shkole no.2:40-" Mr-Ap '53. (MLRA 6:5)
(Africa,-Description and truvel)

KOSFICHANST-kYA, Ters Mikolayevna
(M.Eliseev's travels about the world] Puteshestvila D.T.gliseevg
po belu avetu. Koekva, Gas.izd-vo geoMf.lit-ry, 1956. log p.
(MIRA 12:3)
Miseev, Alaksandr Vasillevich. 1858-1895)

r. A.
"The Strength and Mdrability of Concrete; Experi-
ments to Increase Durability," Stroitell. Prom., 20,
No. 2, 1948. Cand, Techhi@@ Sci.,Concrete Lab.,
Central Sci. Res. Inst. Ind. Structures., -cl948-.

MOS-C'1A11SYT','t Nikolay Alekseyevich.
Academic degree of Doctor of Technical Sciences, based on his
defense, 23 June 1954 , In the Council of the Central Sci-Res
Inst of IndustrIal Construction, of his dissertzition ent1tled-
"Physico-Chemical Pases of Duralility of Concrete".
Academic deeree and/or title: Doctor of Sciences
SO: Decisions of VAK, List no. 9, 16 April 55, Byulleten' MVO SSSB, No, 14,
Jul 56, Moscow, pp 4-22, Uncl. JPRI/NY-429

,$DSWAH&LWr&,ILkQI*y Alskmayevich, daktor tekhnichesL-Lkh aauk; KCROZ. I.I.,
radaktor; FURKO, G.T.,-' f4hatcheakly redaktor
[To-day's building materials and to-norrowls] Strottellaye materialy
segodnt@shnego i zavtrashnego data. Koskwa. Izd-vo *Zaante,O 1956.
23 P. (Tsevoluznoe obshchestvo po rasprostrananitu poltticheektkh
i nauchnykh snanti. Ser. 4. no.31) (MLRA 9:11)
(Building materials)

USSR /themical Technology. Chemical Products 1-12
and Their Application
Silicates. Glass. Ceramics. Binders,
Abs Jour: Referat Zhur - KhImiya, No 9, 1957, 31636
Author : Moshe skiy N.A.
Title : Notions Concerning the Nature of Mineral Binders,
Based on the Periodic Law of Mendeleyev and
Concepts of Metastable State
Orig Pub: Tr. Soveshchanlya po khIm1i tsementa. M., Prom-
stroylzdat. 1956, 114-124.
Abstract: Critical review of theories concerning the hard-
ening of mineral binders, which have been ad-
vanced by researchers In this country and abroad.
The necessity is pointed out of a new systematiza-
tion of mineral binders, on the basis of the
C ard 1A

USSR /themical Technology. Chemical Products 1-12
and Their Application
Silicates. Glass. Ceramics. Binders.
Abs Jour: Referat Zhur - Khtmiya, No 9, 1957, 31636
periodic law of Mendeleyev and modern concepts
of structural crystallochemistry, and also of
physical and colloid chemistry. It is noted that
production of cements can be characterized as a
transition of stable crystalline systems into
metastable and, In part, Into labile systems cap-
able of reacting with water. Mixing of cements
with water can also be considered as an enhance-
ment of the degree of stabilization of the
material.
Card 2/*2

I', ,Xag J f*, 4
the
!kr i

v
1 7 4,- h(L if 1 11 . 'i
, ly, N.A.
L-KQ%94@ , doktor tokhn. nauk.
Phyeienchordcal factors Influencing dumbilit7 of concretes. Truo
N1IZHB no.1:90-103 157. (KIRA 11:1)
(Concrete)

KOMflaRAMITi. 9 -i,,- doktor .,
Improviv,g the dwrability of silos. fell. stral. 12 no.8:16 Ig '57.
(Silos) NLRA 100)

KOSHCHARSKIT, H.A., doktor takhn.nauk
___"ffMT_n9__,@ermeabil1ty and stability of mortars and concrete@ by
introducing ground mineral admfLxtures and surface activating aggregates.
Trudy RIIZHB no.2:5-19 158. (MIRA 11:9)
(Concrete-Tasting) (Mortar--Testing)

fir-/ 0 -All
KOSCFANSKIY,l 11,Aj, doktor takhn.nauk; FUCHITIF4. Ye.A.. mladshiy nauchny7
Resistance of cortars, porous concretes, and glass to affect of
gaseous hydrogen fluoride and hydrogen chloride. Trudy HIIZHB no.2:
20-24 158. (Parl" 11:9)
(Concrete--Testing) (Mortar--Testing) (Glass-Testing)

KOSKVIN, V.M., doktor tekhn.naul-., prof.; VOSHCHAVSKIT, IT.A., doktor takhn.nauk.
Effect of alkalies on concretes and other silica materials. Trudy
1111ZHB no.2:44-51 158. (Kiu 11-.9)
(Alkalies) (Corrosion and anticorrocives)

KOSHCRAUSKIT, N.A., doktor takhn.nauL-; PUCIHNIHA. Te.A., mladshi7 naychnyy
. - - . aotrudnik
Testing protective concrete paints. Trudjy UIIZHB no.2:101-112 '58.
(MIRA 11.19)
(Concrete co*ting-Testing)

MOSHCE[AffSKIY, N.A.
I jAvg@,-
portland cement minerals in water acted on by
sulfuric acid and sodium hydroxide solutions. Zhur.prikl. khim.
31 no.3033-338 Mr 158. (KIRA 11:4)
(Portland cement) (Snlfuric acid) (Sodium hydroxide)

bOV/97 -09 -1-14/18
AUTHORS:.klosh hignsfly. N,A@, Doctor of Tecrinical Sciences, and
Kononenko, A.B., Engineer
TITLE: Increase of Durability of Internal 6urfaces of Silos
(Povysheniye stoykosti ograzhdoniy v siiosokhran1iishchakh)
kzhIUDICAL: Beton I Zhelezobeton, 1959, Dr 1, pp 42-44 @U55h)
ABSTRACT: In affording protection to the internal surfaces of silos
it is necossary to take into account silo levels. For the
upper zones clay tiling can be used, bedded in cement-sand
mortar, or the surfaces can be white-washed. The lower
levels require much greater protection: either clay tiling
which has been soaked in a solution of petrolatum or bitumen
blark 3; or rendering of cement/sand mix 1 : 2 with steel
chips trowelled into the surface further protectea by
vegetable oil, linseed oil, paraffin sciutions or coloplaony.
Bitumen Mark 4 should be used for floors and lower levels.
White-washing of surfaces is advocated: the white-wash
neutralizes the acid and protects the protective coating
and the walls. An added advantage of a lime white-wash is
its disinfectant property. It is undesirable to use =e
Card 1/2 following compounds on internal surfaces of silos due to

,-)QV/97-.D9 -1-14/ lb
Increase of' Durability of Internal Surfaces of Silos
evaporation, particularly when they are badly ventilated:
lacquers, enamel paint, coal derivatives containing toxic
301vents (benzene, toluene, carbon bisulphide, benzine).
Investigations carried out by the authors in the ln5ldtute
for Concrete and Hoiru'orced Concrete,ASU SSSR (institut
beton i zhelezobeton ASiA SSSR) are described and recommen-
dations rade for increased length of life of silo constructions.
In many cases silo constructions have to resist considerable
pressure, especially when materials of 70-7o;6 water content
are stored. In such materials an acidic liquid separates
out filling the silo to about one-quarter of its ftei,@Lnt.
Fig.1 illustrates grapnically the neutralization of lactic
acid, and Fig.2 shows the facing of internal suxfaces vilth
clay tiles. There are 2 figures.
Card 2/2

KOSHCHARSKIT. VA.. doktor takhn.nauk-, KOVEDEV. VA.. kaad.takhn.nauk
Dumh1lity of plain and reinforce4 concrete. lzv.ASiA no.4:121-130
'59- (MIRA 13:6)
(Coacrete--Corrostoa)

KOSHCUNSM,N.A., doktor takhn. nauk prof.;FUCHIIIX, Ye.A., m1adshiy naucbnyy
sotmdaik
Increasing the strength. solidity. and stability of lime-cameat
concretes by treating then with silicon fluoride. Trudy NlIZHB
no.9228-40 159 (KIFA 13-3)
(Concreto-Testing)

MOSHCHANS11Y, N.A., doktor takha. nAuk. prof.;KOMONIM, A.S., iazh.
Heating concrete@ in hot petrolAtUM. Trudy MUM rio.9:143-148
'59. (KIM 13:3)
(Concret*)

r- KOSHCHMSEIT, I.A., prof., daktor teldm.nauk
Damage to concrete caused by freezing and the frost resistance
of concrete structures under extreme conditions . Trudy NIZEB
no.IL2:5-18 '59o (MIRA 13:8)
('Frost resistant concrete)

KOSHCWAIY, 9.A.. prof., dcktor tekhn.nauk
Accelerated freezing and thawing tests on concrete sad brick.
Trudy VIIZHB no.l2s95-100 659. (KRA INS)
(front resistant concrete-Nating)

KOSHCUNSKIT, H.A.,doktor takhn.nauk
Protecting construction elements from corrosion. Prom.strot.
37 no.3:21-23 Kr 159. (MIR& 12:4)
(corrosion and anttcorrovives) (Chemical plants)

MOSHCUNSKIL &A., , doktor tekhnonauk, prof*; FUCHNINA. Te.A., aadshly -- -
------- @ nauchW motradmik
Protective plasters and paints for masonry work and concres' .,!,
elemats subjected to the action of bydrogen chloride. Trudy
N11ZH3 no.15:80-94 160. (MIR& 13:9)
(Protective coatInge) (Fjdrochlorte acid)

140511CIU-11SHY, ILA.,, doktor tekhn.nauk, prof.
Constructing and protecting Industrial draft flues. Prov.strol.
38 no.2:38-43 060. OGRA 13-5)
(Flues) (Corrosion and anticorrosives)

140.1311CHAVSKIYp Nikolay Aleksayevich, prof., doktor tekhn. nauk;
FINKTS-Ifff@, i . @., @-., red.
[OFaizol" is an insulating and anticorrosive materials;
experience of the Ooncrete w-d Reinforced Concrete Resoarch
Institute of the Academy of Construction and Architecture of
the U.S.S.R.]Haizol - izollatsionnyi i antikorroziinyi ma-
terial; iz opyta NII betona i zhelewbetona ASiA SSSR. Mo-
skva, Gosstroiizdat, 1961. 28 p. (MIRA 15:7)
1. Akademiya stroitel'Btva i arkhitektury SSSH. Institut orga-
nizatsii, mckhanizatsii i tekhnicheskoy pomoshchi stroitell-
stvu. Byuro takhnicheskay informatsii. 2. Rukovoditell sekto-
ra gazovoy korrozii i polimarbstonov TSentrallnoy laboratorii
korrozii Nauchno-issledovatellskogo instituta betona i zhe-
lezobetona Akademii stroitel'stva i arkhitektury SMR (for
Voshcfmnskiy).
(insulating materials)
(Corrosion and anticorrosives)

MOSHCHMSKIII, N.A.* doktor tekhn. nauk, Prinimali uchastiye: 1.'OSKVIN,
doktor tekhn. najk,, prof.; AIEK-SEM, S.S., kand. tekhn.
nauk; KAPKIN, V1.11I.; PEEMMEV, V.H.; PODVALIMu , A.M., inzh.i
STRASMITKE, V.P., red.izd-va; MOCRALIZIA, Z.S., tekhn. red.
[Regulations on the use ard protection of reinforced concrete
in shops with corrosive media]Instrukteila po primeneniiu i
zashchite zbelezobetona v tsekhakh s agressivzWmi sredami.
Moskva, Gosstroiizdat, 1961. 29 p. (MIRA 15:8)
1. Akademiya stroitellstva i arkhitektury SSSR. Institut be-
tons, i zhelezobetona, Perovo. 2. Chlen-korrespondent Akademii
stroitellstva I arkhitektuxy SSSR (for Voshchanskiy).
(Corrosion and anticorroaives)
(Reinforced concrete)

industrial gases
Trudy '-IIIZEB no.
Nauchno-issledovatel'skly inatitut betona
,demii stroitel'stva i arkbitektury SSSR.
(Corrosion and anticorrosives) (
protect structural
(JURA 14:lLn)

T@@M,RkDlay_AA#Uoyovich, doktor takhn. nauk, prof.; IVANOV,
F.M., kand. tekhn. nauk,, nauchnyy red.; TUDINA, L.A., red.
lzd-va; GOLIBERG, T.M., tekhn. red.
[Increasing Us stability of building materials and elements
under the conditions of corrosive atmosphereslPovyshenio stoi-
kosti stroitellnykh materialov i konstruktaii, rabotaiushchikh
v uslovitakh agressivnykh ared. Moskva, Goastroilzdat, 1962.
234 P. (MIRA 16:1)
(Concrete-Corrosion) (Corroaion and anticorrosives)

hf' -1 3 7
S/85 62/000/000/012/020
B107YB101
AUTHOR; Moshchanskiy, N. A.
TITLE. Faizol, a new chemically resistant insulator based on fur-
f@ral acetone resin
S3URCE: Primeneniye polimerov v antikorrozionnoy tekhnike. Ed. by
I. Ya. Klinov and P. G. Udyma. Moscow, Mashgiz, 1962. Vaes.
sovet nauchno-tekhn. obahches.tv. 92 - 97
TEXT: A new insulator called Faizol, with benzene-sulfonic acid as
hardener, was developed on the basis of furfural acetone by the NI1ZhB AS
i A. Faizol can be used for the following purposes: (1) Coatings on
metal with a 1 - 5 mm primer and a highly.di6persed fillers! (2) and lining
of tubes, and floorings 1 - 5 cm thick; (3) insulating concrete. It is
resistant to sulfuric and hydrochloric acids, hydrogen chloride gas,
gasoline, toluene, and machine oil, not resistant to nitric acid and con-
centrated sulfuric acid. The costs of furfural acetone resin are still
very high (1 ruble/kg) but it is expeoted they will soon drop to 0.8 -0-5
or 0 .2 rubles/kg. At prespnt, a coating-1 cm thick costs 5-0 - 8-0
rubl.ea/M2. Faizol solidifies at temperatures above OOC, the faster the
Card 1/2

3/852/62/000/000/012/020
Faizol, a new chemically resistant ... B107/B101
higher the temperature (at 15 - 300C within 20 - 30 days). The 0
following methol is recommended; 1 - 2 days solidification at 15 50 C,
then 80 - IOOOC for 2 - 3 hrs. Strict safety regulations for processing
Faizol are given. There are 3 tables.
Card 2/2

KOSHCHANSKD@ @N, doktor teklm.nuak, prof.; MEDVEDEV, V.H., kand.tekhn.
natik; KMUJj H.H., kand.tekbm.nauk; SUDAKOV, V.Bk,, inzb.;
XOMMMO, A.S., inzh.
Increasing the stability of reinforced concrete cooling towers.
Prom.stroi. 40 noolls36-39 062o (HIM 15:12)
(Cooling towers) (Concrete-Corrosion)

-MosHCHANSEIr. N.A.. doktor tekhn.nauks Prof.; PUTIZAYE7# I-Y60, IDzhe
Ingt&lling chemically stable floors using polymers. From.
stroi. 41 no.2:35-38 F 163., (MIRA 16:3)
(Floors) (Polywrs)

ALEKSEYEV, S.N.; JU;TIP114, V.A.; ARTAYONOV, V.S.; DALALAYEV, G.A.,
inzh.; VOLODIIJ, V.Ye.; COLIDENBUIG, N.L.; CORINA, B.S.;
GOFEN, D.A.; GRISMI, F.Ye.; DERES=JICH, Yu.V.;
DOROVENKOV,I.M.; KLINOV, I.Ya., doktor tekhn. nauk, prof.;
LEYRIKH, V.E.; LUTONIN, N.V.; FOLOKANOV, A.V., dots.;
NOGIN, A.Ya.; PAYJIOI.IOV, N.M.; FROTOSAVITSKAYA, Ye.A.;
ROMOV, I.V.; CHAPLITSKIY, L.A.; TSEYTLIN, A.G.;STRAVIYE,P.K.;
JLAU5j@M,4.A-, doktor tekhn. nauk,, prof., red.;
PEIEVALYUK, 1.1,.V.p red.izd-va; T121KINA, Ye.L., takhn.red.
[Corrosion protection in the construction of industrial
buildings] Zashchita ot korrozii v prorqshlennom stroit,,11-
stve. Moskva, Gosstroiizdrit, 1963. 406 p. (MIRA 16:12)
(Corrosion and anticorro.lives)
(Industrial buildings)

MOSHCHANSKIY, N.A.p doktor tekhn.nauk, prof.; ZOLOTNITSKIY, I.M.,
kand.tekhn.nauk; SOIDMATOV, V.I.; SIMEYDEROVA, V.V.;
KOSYAKIWA, Z.K., red.; KASIMOV, D.Ya., tekhn.red.
[Plastics and synthetic resinB in anticorrosion technology]
Plastmassy i sinteticheskie smoly v protivokorrozionnoi
tekbnike. (By] N.A.Moshchawkii i dr. Moskva, Izd-vo lit-
ry po strolt., 1964. 136 p. (MIRA 17:3)

KASINDV# I.K.1 CHEMOVSKIY, Yu.V.1 WSHCHANSKIY, N.A.
Methods for Impregnating concrete vith synthetic materials.
Strois truboprov. 9 no.12t18-20 D 064. (MIRA 180)

jL 11, @'.. f@ 11. % . , @ - 11 .1. .
.,,, @, : , - il, @i *- 4 r w * ', ,- -_ : r . . - , .1 - I @% 'i , , @
.1 )
r, .r g f, find , ,& ', @ r.,i b . i , - - - - 1@1
-
@ . 11;l @ hr'r .-'. r'! I': , -@ v . @,., -11 1. @ 1 - ': . - @ , f, " L, ,
II, . I
- - ., -..: " -1 - -, :, ,
, ., .

K,S'HrFA!VYIY, 9,A.-,
Phyaloal and
anstone monomer.
UIVAROVA, I.R.
chemical stabillty of solutions on the base of a furfural
?last. massy no.207-40 165. (WRA ISO)

FwT( -AITUMMORK17kil
1 8124-66 . M
ACC Nitr AP5M5441 SOEME CODEt URT659716W=7559/0033/0034
AUrWH4 HashchanslaY 9. JL. (Docuw of tacbmical Sciences, Prorossor)
ORGt none 'T
TIM: Out tAw dwability of gLwn Plastic IR comore"
Vio M"s 33-A
TAM "slawy gum @UWUM MtSfta, Mb4 POIS"tW
Issu=* GPII@w radJ4 resin
A& .26w,''M am G-O.MMM"' 'of 4AM-COWOCCO& an a relufarcing
Matarul In md as a coostractiom mterial. are rewlatede It is noted that
the of such p2mitics Ix on the increase, with aw a being found at
rapIA pecos. Howevers owwaL resoarch efforts have-indicated that there are many
problems associated with the "a of these materials In coastrucuiaa, Tito author
conslAers th* possibility of obtaining stable plastic reinforcament in noncorrosive
alkall mixess end he reconswids either the use, of cement stons, of low basicity or
tho protd4ioa of Claw Mars @ with various organic properatiouss greases,, or guthat-
ic resins, The -first, r -nommandatioxx requires the devel%went of a am binder materW
having lower pH vabw. The aecond poesSbilitr lv"Ives the developlas of a plastic
CAW 112 am a a6RI,32-j

o.. I
j @
,@- 1
A.

MCSIICHA?SKIY, N.A.r doktor tekkin. nauk, prof.; FUTLYAYEV, I.Yt3., inzh.
Use of cementleus concrete in Industrial construction. Prom. strcA.
43 no.9:4-6 065. (MIRA 18:9)
1. Naucbno-issledovatellskiy Inatitut betona i zhelezobetom.

HOSACHAMMY..N.A., doktor tekhm nauk; PUTLYAYEV, I.Ye., inzh.
V.A., inzh.
Large container for acid discharges protected by an epoxy coatinge
Proa. stroio 42 no, 6:19-20 065* 04IRA IWO

1. oqhhh-67 [,@-!r (M) r. I i /i i i,-',
ACC-NRj AT6026747 A
SOURM; CODZS UR/oooo/66/m/ooo/ol.14/olzi
.AU74OR; Moshchanskly, No A* (Doctor or tochnical sciences)
ORG: NI`1ZhB Gosstroy 555R
TITIZ: Characteristics or the composition Gtructuro, and properties of laminated
concretes based on c-ondonsod synthetic r-os;m,-/
I., I
'SOURCE: Moscow. Nauchno-isslodovatollskiy institut botona i zholozobotona.
Struktura, prochnost' i doformatsii botonov (Structure, strength and deformations of
concretes) Moscow, Stroyizdat, 1966, 114-121
i
TOPIC TAGS: reinforced concrete. rosin, oorronion resistance
A3STiUM: The follow-ing rosins are genorally usod as binders in the production of
chomically stablo mastics and laminated concrotos usod for anti-corrosion purposes;
phlonol rosins; furano rosins, in tho fo-,-,n of furfurol-acotono monomer, furyl alcohol,
and furyl-acetone rosins; opoxios of many typos; and, polyesters of many types. The
article presents an extended table showing a compariz-on of the physical and chemical
properties of concretes with convontional. bindors and those using synthetic rosins as
'binders. Comparison of the data in the table shows that, under all typos of stress,
'the yield strength of laminated concrotas (in short torm tests) Is considerably
!(3-5 times) greater than for ordinary cemented concretes. Under compression. oven in
Card _ 1/2

L Oghhh-67
ACC NRi AT6026747
)unreinforced samples, iield strength of 1000-3000 kg/cm2 mai be attained. under
bonding--400-600 kg/cm , and under extension-100-200 kg/cm . An Important
'characteristic of the structure of mstics and laminated concretes is their hiCh
'density. In many cases, this density may approach 100%. The creep of laminated
,concretes is considerably less than for ordinary concretes. The coefficient of then"I
exp,ansion of puro resins is 4-6 times greater than that of steel; for laminated
oncretes It is 15-30 x 1@@. Therefore. laminated concretes may be used together with
C
@
,Steel in construction. Crig. art. hass 2 tables.
SUB COD28 n/ SUBM DATE& 2300t65
'Co-rd---2 K@@

1,
/006/003/0061/0063
ACC NRs A160cf/973 SMM C9 CODE i UtVO191/66
IAUTHCR: BoriBov, B. I.j Moshchanakib N. A.
!ORGi none
iTITIZz Diffusion of corrosiv Uquids through polymerio materiala
SOURCEt Plasticheakiye massy, no. 3, 1966, 61-63
TUIC TAGS: chemical stability, corrosion resistance, epoxy plastic Polyisobutylene
!ABSTRACTi The diffusion of corrosive liquids through the a22x asin ED-6-(with and
Z r
without a filler) and polyisobutylens were studied to determine the chendcal stability'
of these polymers. The diffusion coefficient (D) was determined using the sorption
i
imethod and the equation:
(.
D = - P CM2-160C
144000 0
where t thickness of a sample (in cm), X a coefficient determined by the equationt
YJ R W
1 0
a 673.64314215.019.344678.742.4-019.34

1. 39,104-kt)
ACC NR, AP6M973
--- - - --
where Wj= gain in weight (in %) of the simple during a specific time tL (in hr), and
W max =gain in weight (in%) of the sample in the equilibrium state, which is defined
L7 the maximal saturation of the sample with the liquid. Discs from polymers 55 mm
diameter and 3 mm thick were submerged in a liquid and the increase in their weight
was determined. For ED-6 without a filler D-1161 =2/aea was 0.0120 0.026, and 0.016,
and for ED-6 with a filler (diabase powder) it was 0,017 0 038, 0.039 for water,,
15% 19103,, any 25% H2SO4p respectively. For water D wse 8:1611 c@2/sec for poly-
isobu@y @en@.Plbe increased permeability for 15% HN03 and 25% H2304 in ED-6 with a
Ti-ller was explainel by the presence of an increased number of channels formed between
the particles of the filler and at the contact, points between the filler and the resin.
With 50% H2SO4# D was 0.00950167 and 0.0580107 62-/seo for ED-6 with and without the
filler, respectively. Apparently, the saturation of the samples with 50% H2SO4 was
accompanied by a chemical reaction an4p due to it, a partial decomposition of the
material, the resin,, and the filler. OrIg. art. best 1 fig. and 2 tables.
SUB GODE807, 11AUBM DAM non*/ CaIG RM 002/ OM RZFs 001

ACCESSION NR: AR4033717 S/0081/64/000/003/SO99/SO99
SOURCE: Referativny*y zhurnal. KhImIya, Abs. 3S622
AUTHOR: Moshchanskly, N. A.
A rmap I a'_9
TITLE: 0 ns, now materials for construction
CITED SOURCE: Sb. Eksperim. teor. issled. zhelezobeton. konstruktsiy. M.,
Gos@troyizdat, 1963. 6-14
TOPIC TAGS: concrete, reinforced concrete, building material, armoplastobeton
ABSTRACT: The properties and potential applicability of armoplastobetons (APB)
are discussed as compared to those of portland cement, liquid glass and bitumen-
i based concretes. it Is indicated that APBs are characterized by high initial
strength, adhesion and chemical stability In various aggressive media. However,
most AP3s are characterized by increased deformativity and change their properties
appreciably under the influence of cievated temperature, water, light and so forth.
In APB constrjetion design it is necessary to reduce the allowable stresses con-
siderably In comparison to the ultimate strength obtainable with a brief load
action.
DArE ACQ: O2Apr64 SUB CODE: MA ENCL: 00

MOSHCHANSKIY, N.A., doktor tekhn. nauk; BORISOV, B.I., lnzh.
Oxidizing corrosion of building materials. Stroi. mat. 10
no.5s6-8 My '64. (MIRA 17:9)
1 .

VASILIKOV, G.V.; rVANOVA, V.I.; MOSHCHAMKIYR N.S.; LAPIN, D.;
ABISHZV, LR.; ZHDAIIOV, A.; S.;
AVDZTZV, L; AKMMINO, 9.
Plenum or the Stockbreading Section of the V.I. Lenin A1_1-
Union Academy of Agrioultural Sciences. Vaterinarita 37 no.6:
go-% Je '60. (MIRA 16-7)
(Veterinary medicine)
Dremiatskii, Ivan Nikolaevich, d. 1960)
shkin, Ivan Ivanorich, 1879-1960)
t

Roulys Ming
wroproymments An the Cmtlmou Twmce In the
lkt-Roulm shop of the Mwmp Itua plaw
Oe A* Nmhcbwwklyp MsVp I p
-ft Zkonoulp Topliva- So
XcamW and productivity of an obsolete contlawam
fur ce*uw Increased by a aeries of Inrovemsm$rm.
"Was unit tn whIch production was
49A9ft3

/
137 - 58- 5 - 10508 D
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 5 p 233 @USSRi
AUTHOR. Moshchanskiy, V.A.
TITLE. The Structure of a Debay Ring Caused by a Spe(. imen irl Linea r
Stress (Struktura kol'tsa Debaya ot lineyno-napryazheTITIORO
obraztsa)
ABSTRACT: Bibliographic entry on the author's dissertation for the dc-
gree of Candidate of Te(linical Sciences, presented to !lie Gor
kovsk. politekhn. in-t (Gor'kiy Polytechnic Inswute). Gor kiv
1957
ASSOCIATION: Gor'kovsk. politekhn. in-t (Gor'kiy Polyiechn.c
Gor'kiy
i Stress
Card 1/1

AUTHORSs Aksenov, G.I. and Moshchanakiy, V.A.
TITLEs Experimental Test of the Iftfluence of Crystallite
Anisotropy on the Shape of the Debyt Ring obtained
from a Strained Sample (Eksperimentallnaya proverka
vliyaaiya anisotropii kristallitov na formu
dobayevskogo kolltsa ot napryazhonpogo obraztsa)
PERIODICALs Izvestiya Akadomii Hauk SSSH, Vol. XXI, #2, pp 226-
230, 1957, USSR j Berlys fIzIcheake7a
ABSTRACT: The theoretical calculations of reflection of mono-
chromatic X-rays, which take into account ani"tropy
of crystallite elastic properties for faces (112)
and (310) of iron and for face (511) of aluminum,
yielded the following resultars
1. The deformation of stretching must shift Debye
lines and distort the cirai* irrto an ellipsis with
semiaxG3 a< b;
Card 1/4 2. The shifts of Debye lines are different for dif-
ferent faces at the same strains the shift for a

TITLEt Experimental Test of the Influence of Crystallite
Anisotropy on the Shape of the D*by* Ring obtained
from a Strained Sample (Eksperimentallnaya proverka
vliyaniya anisotropii kristallitov na fo=u
debaywakogo koll tea ot rmpryazhennog-o obraztea)
(511) face is larger than-that-for-a (310)-face;
the lines of a (112) f4Lce do-not shift;
3. Dobye line shift increases with the risw-tw
strain.
4- Elastic deformation leads to the smearing of
Debye lines; the magnitude of the smearing in all
faces is greater than the shifting.
5. The character of smearing is different for dif-
ferent faces.
The theoretical calculations were tested in a
specially designed chamber on an ionic X-ray tube.
The results obtained are as followas
1. The fact that the theoretioal analysis almost
completely coincides with experimental studies shows
Card 2/4 that crystallite anisotropy effects the behavior