SCIENTIFIC ABSTRACT MINTS, V. - MINTZER, L.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001134510004-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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,ard 3/4

-1/13
S
0
The VulcinisLtion of Syntr.e-tir, L_-,ex,~s
rudiutioj. (Tjbl -es 7 a,-,d P,) ure dis--s3ed. Tr.erp ire
8 tables, 1 fi '--ire J.,'-d "3 r,~fpre.*.ces of' ii ~
_Tri6lish, 1 Jer,.iun, 1 Jl_-I.inese, 1 C!. ~7
4 30viet
P'l v -te, ,;I- i,,r i
0 .7. ', r~(.(-v - (T
Union Scientific-Research Institute for Synthetlc
Rubber imeni. S.V. Lebedev)
Card 4/4

240C 2
3/ 1 V5,1601002 /-V)6/002/026
A05i/A129
AUTHORS: Mints, S.; Libus', 3.
TITLE: An investigation of the causes of 6,&I-3tive extra-tior -)' ',_~ranyl
nitrate with tri-n-bi_ityiphcsp~a1.e
PERIODICAL: Radlokhimiya, v. 2, no. 6, :96o, ~43 - 652
TEXTi The authors point ou~~ th&t ths~ gen4_ra_~ causes of the highly
selective extraction of uranyl nitrate by Tears of tri-n-butylp)-.osphate in the
presence of other metal nitrates are unknown. The high distribution coefficiente
of uranyl nitrate between tri-n-butylphosphate and water are the result of the
formation of electrically neutral -_-mplexes no*, containing water. The formation
of these complexes In the case cf ur&nyl n1trate and their abseneq in the case
of metal nitrates not extracted wiLn TPPh -w~ be explalned by the diff4ring ten-
dencies of the nitrate ions and TBF~. mcle~ules tc ~:o:rdlnation with cations of
both groups. The acnstany of tho~ atscrPi,)r. spe-,"rh of the transition metal
nitrates In diluted aqueous solations !s gi'vpn bz pr:,cf -f t)-eir c-)mplete disBo-
clation under tht 3e oond.~Ions. Tli~- -irespcnding constantq of complex- formation
Card 1/6

31l8e*%_r,2 /r>06/002/o26
An investigation of the causes AO~'-/A129
were determined. Their valueR ~re IN 1~e o-,IE:r o - ~ (first ocnstamts of
-1 1*' P" ' 'rrY' Z' + lor's Th,:! spe~iflc means
complex-formation for U~~ +. Pu(~
of coordination of the ni trate I )ns ni th 4 uranyl Icn based 3n the anior. accu-
pying two cooriinated positions Gf tn-~ cqt.1rt,, is thought *,o play an llrrpcrtant
role as one of the reasons for tnij f')rnatl3n of comparatively stable uranyl ni-
trate complexes, in addition to the t-lgr. -,I,rirge of the .or-,ral Ion. 7ne nitrate
ion shows properties of a uni-dorar Agand witt', rispect t< the transition metals
and that of a bi-donor one In :;cmpsurjs. TMS pren3menon is con_
nected with the instatility of trie four-m?-nbar chelate ring4 in the complexes
of the transition metals. The stability of the four-member rings :n thevranyl
complexes and the possibility of coordination of the nitrate ions by means of
two oxygen atoms resulting frGm it explains the relatively great stability of
uranyl nitrate complexes. In the experimental proredure the measurements of the
light absorption in the visible and ultraviolet Parts of the spectrum were car-
rIeO out on a Unikam Cn-500 (SP-500) spectrophotometer. The infrared spectra
were measured on a Perkin-Elmer spetroph' 1 ter. The conclusion is drawn that
the method of coordination of Vie nitrate Ion Is the same In both cases. The con-
stants of oomplex-formation of uranyl nitrate and nickel nitrate with TBFh were
Card 2/6
r

24082
3,18~ , " - /X,2 1002 102~
An Investigal;Ion f W, ~-. /V, 2 ~
meaBured In order to *.ne I r at I!, ~,j 1, ~-Aar i I )n. T,.&se v3,i',Fl?
were determinel at a conats~n*, c-,irdlnatton of rii~rata lone. A survey of the
methods .;.gel for dk-t,~mirilng the -,mp1qx-fcrrmt1on !-~i !~-) thp -n-
elusion that only tho wc,,,J ~,~ %pp~ tr, ',"P p,irp,)-
sea at hand. The urgnyi ~~ompLex ! Lulj_ h- Ii -xprt-Fe~-I :,y
IU02(NO 3)2(Bu)21 based -.n th- -oordln-il. of tt.A niti-3 by meanpi of
two oxygen atom.3 and or. t-?,- ,! I)-, jr-tr. lor. b-ing &,jual to
6. It was flirthe7 es'atlishid comr--y,- ~tr~ fcr*.n-,i In the in-
vestigated _-olutl~ns a'. _pr*~L!r ~f TBPh. 3 lnr~.
the [Tj02(N')_,)2(TBPh)j ~f 1* a
gradual Inc~eas~ In 1.r.~! TPr- ,n'rj*,: equi-
libria are
U cl~N B. + +
N,' + P_
Isobestic po-' r *. sdr-~i DM '~'K
(NO (TBFh) In
LUO2 3 2
Card 3/6

Z.1, ri 8 2
" ~ '- / ~,V. 'Y~ /')G2 C12i
An Investigation of A-~-~ Al~,q
s#ld to be vaill for th,~-
F + L'. + E
where E 1.9 the optical !3. .,,-)n, -%t,.trft-
tions of tKa differ-6nt '~yptrs of E a:- -,i~ ---r-rm-zpcn,iing co-
effients of extinctlon. F,,r '.r- wavi--~,jF%r polln~ appears
the equation changes to:
+ +
2
since in this ?as,~ E f j! 4 + 1:3 :.t~p %jnRjy-
tical concentrat,,'Cn of t,,;~ -irinyl'
E (c - C ) + f C-4;
3 3
The first constant of complex formaticn
Card 4/6

082
8- Itolfi-W006 1002 /026
An lnveatiga'~Icn of %-A
'41^ -PF' :8-~
2 2
WaS Chl 1.41 a *.,!-I ol~ OCT 'I' z',nc6 Is
known that etch '.ow W,-, --mp~(-x4wo. 7,h,;!
!~~- of -~omp!,~x
averaire v!i!,ji- f-r s~v~-:,.
-f r!~K-I -FIF- ,5,- a-sc, sp-ctro-
pho'.oTe'~rl7a-y, Tr,- T rT, n
was ;ini bA
Thr- comp&ratvt auZ-F -If
ttv& AKIrsk"t-n r,! ii gr-v~pr abl-
11ty ,~tftls WIth
low atorr!, numr-r,
Cart, L, /6

I s(A 2
An In gatlor
Ar.
means sf twl:
-',rv
value ':'f
cons+.ant for
7 Sov, el anj
.41
Nu c Ct-, ~Tr
~'U
SUBME77 EL
ID02,1321-
A' 'A.2?
C
rr.' rx
r
1w.
c ard 6 /(,

MINTS, S.M..in-7h.
Fill ing-Stat ions for Aqieftel ea3. ~or. Khr,-. Mosi L.,NO > NH NO > NaNO > Ca(NO
3 - 3 3 3 3 2'
On the basis of the -urves E = f(m) the authors determined
characteristi- solutions c-f various salting-out agents and also the
dependence of the dispersion coefficients of uranyl nitrate
(between Ly-lohexurLune and water) on the concentration of the
saltina ~ut agen-. The ~ialting-out activity of the nitrates was
found ~o de:reas6 in the Jollowing order:
LiNO > Mw(NO > (akNO > NaNO > NH NO
3 3 2 3 3 4 3'
The dispeisiDn oelf i ien*r, Ii.-ited for several solutions, differ
cons.Aerablv dnd it an 60 dSAumed that their activity is not
limil:ed to disturbing the equilibrium of complex-format'.on of
urtinyl tons and nitrate 1 ns but that the salting-out effect plays
an iinpDrttint part. There are 9 figures, 1 table and 9 references:
4 Soviet-bloz: and 5 non-Soviet-bloc. The four references to
Card 3/4

299 3
S/186/61/003/002/003/018
The it-,ti,-n of salting-out E142/E435
Engli,h language read as followt i.jenkins,
H,M,-Ka,y. Trans,Farad.Soc., 50. 1, 10-7 (1954); H.McKay,
A ~ R, Wt t Ii i es3n. Trans.Farad So~.. 47, 4, 428 (1951); J.Currah,
F.E.Beami3h, Anal.Ch#~m. i -) 8. 6og (1947); R.J.P.Williams,
SUBMITTED February 29. 1960
Card 4/4

s/o6 62/024/005/005/010
Bi 06YB1 86
AUTHORSt Lebedev, A. V., Mints, S. Y., Rakhlin, P. I., Zinov'yova, M. N.
TITLE: !affect of vurious factor5 on the low-temperature strength of
synthetic latexes. 1. Pffect of changes in the aqueous phase
Kolloidnyy zhurnal, v. 24, no. 5, 1962, 565 - 571
TEXTi This paper is the first :.n a series of systematic studies on the
freezing strength of rubber-liki; polymeric latexes such as CKC-5Gfl(SKS-5GP)
and -_W,(.-65r-r1 (SKS-65GP) as depe~Aont on the compounding formula, polymeriza-
tion conditions, and other fact.)rs. A juantitative method was worked out
for determining the resistance )f' d"vinyl styrene latex to lowr temperatures.
The percent content of dry coagulate in tho latex polymer serves as a
measure of resistance. ixperiments with variation of single factors at
otherwise equal conditions gave the following resultai The frost
resistance of latex depends on the nature of the cations and anions of the
emulsifier; it decreases in thf. order of the cations K+> Na+,-.>NH+ and in
4
the order of the anions paraff'.nate:>N9kaI:;>Dresinate (salt of
di3proportionate colophony). With addition of emulsifiers to the finished
Card 1/3

3 '06-, '62/
Effect of virious factors on ... B106/B186
latt!x, its frost resistance irv:re-,,.,,,.i m,riotonouslj witr, tht,~ ;ix.~:,unt -f
Pmullsifi(--r ~iscd in potassium and qmmini um soaps , whereas it paqs-c's a
maximum in the case of NoKal iind i~- J i u in L r u v inate (with 50-blj~ sat1jr9t'.,_r)
of tne adsorption layers). N i t r, troi use (if soups of different
weivr,ti; as emultifiers, tt,e f ro n I of latex decreases witti ttis!
mo 1 erullar -eight increasint; f ro m I t A ~i d i t 1 o ns -) f Bma 1 . i n * t
un i v~ilent metal salts or of Leuk ~ no I *. , t ne aqueous 'cri;,s,, slit n'lly im~ r-,,v"
the fro6t res13tance of latexi t:.e effect of additions of non-iDnic
emulsifiers depends on the n1itur-- of tiie latex poljm~,r and on trie
hydrophile-lipopnile balance in ~ne emu'sifier. The frost resi.tance
latex is ir,dependent of its concs!,Aratt"n, and increases *ith tt'e PH C'!
tiie aqueous phase. H i C, h re F i,. t an c e to fro 3 t i s reac tied by i n t rod u r t i Dn
aminonia, xricn facilitates tr;.ciscrt hn, stora6e in winter. There i~re A.
fi6ures in;! 5 tables. The most ~mortant English-language rL-ference5 aj Pi
h. Ii. WaJK,~r, j. Phys. boll. Chem. 51, 451, 1947; R. J. Orr, Rubb. P1,1st
;,ge 41, 1027, 1960; T. r,. llanie13, W. H. Watson, F. C. White, Rubber fini
Plast. Aj~e 40, 1057, 1959.
ASSOCIATIONs Nauchno-issledovatel'SKiy iristitut sintetichoskogo kaUCnUKa
im. S. V. Lebedeva (Scientific Research Institute of Synthetic
Card 2/3 Rubber imeni S. V. Lebedev,

S/06 62/024/005/005/010
Effect of various factors on ... B106YB166
SUBL'ITT6Ds June 15, 1961
Card 5/3

!.,." I I
S/069/62/024/005/006/010
B1C6/B186
AUTHORSs Lebedev, A. V,j MirA89 S. M., Rakhlin, P. I., Zinov'yeva, M. 14.
TITLEi Effect of various factors on the low-temperature strength of
synthetic latexes . 2. Effect of changes in the polymeric
phase
PERIODICALt Kolloidnyy zhurnal., v. 24, no. 5, 1962, 572 - 577
TEXT: The effect of the compos:.tion of the polymeric phase, of' the
plasticity of the polymer, and of chan6es of the polymer during storage
on the low-temperature strength of synthetic latex was studied. The de-
crease in frost resistance ("agIng") of latex on long storage can be de-
layed considerably by excluding oxygen or by adding antioxidants. A
styrene content of more than 60,1)": in the polymerization mixture of tho
monomers reduces the frost residtance of divinyl styrene latex. It *as
shown by the example of divinyl nitrile latex that latex proauced with
soaps of the molecular weight 1:?0 as emulsifiers was, under otherwise equal
conditions, more resistant to frost than latex produced vith Nekal.
Divinyl nitrile latex is much lose frost-resistant than divinyl styrene
Card 112

S/069/o2,'C24/OC5,~~ 36,"C I,--
Effect of virious factors on ... B106/B186
I i~ tex , kin u ages c or,H I der a b I y v. n on a to ro(i .C rut nt-oti i n ;, i wl t I ~ I ty , f.1 1 v i r,./
styrene latex practicalli Go i,ot affect the fro~;t rusIntance. The rvrulto
are used fDr proposin-~ an appropridte co.-,~-ulation mechanism fur ti,t,
freezin6 and thaving of lutex. :;ome induatrial rrocesses are recomrzende'l
for increasing the frost rtisist,:ince of latext (-K( -50vi (3Y,-"-50N) latex
can be made frost-re8istant to -100C by introducin6 kmmonin up to jAi I'~ Ij.
The frost resistance of divinyl styrene latex for dyes can be improvd by
reducing the styrene content ir. the morkomer mixture frDm 6Y/~ to by
increasing the amount of soda lye to 0. 57-J-42 parts by weieht of the
monomers, and by adding antioxidants to the latex. There are 4 fie-ares and
1 table. '2he Lnglish-language references ares H. W. -lialker, J. Phys.
Colloid. Chem. 51, 451, 1947i '''. G. Rochow, 0. .1.1. 'Wason, Industr. and -'-nfng.
Chem. 28, 1296, 1936; E. Cramp;,y, M. Gordon, j. Taylor, J. Chem. Soc. 12,
5925, 1953.
ASSOCIATION: Nauchno-isaledova,.ellskiy institut sinteticheakogo Kauchuka
im. S. V. Lebedeva (3cientific Research Institute of
Synthetic Rubber imeni S. V. Lebedev)
SUBMITTEDt June 15, 1961
Card 2/2

LEBEDEV, A.V.; MINTS, S.M.; FERROR, N.A.
Agregate stability of synthetic latexes to the att-ack of various
acticns. Kauch. I rez. 22 no.11:14-19 N 16). 411RA 17s2)
1. Vsesolliznyy nnuchno-Assledovato3l'skiy institut sintAticheq~)go
kauchuka im.

1! Iff"M -.4.74
994dalmi MIS co.andcroad1ructufoanditifth"kw
prorrugs at ki IF; boad a 1
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,,.d u~"Jjy the li4boot willpor"m -ti,ii6th AM,, J
1 21, cal M. Mu, at Cu to the afloy Al W-1 113, Fc 4 41% J-
nut finpru" its worl-tnt- A44u, -i 1 2', .1 Cr tu th,
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A 1 :2.
ion 19W
Detection, I-Ray
"t&lo - Liquefaction
"An I-Ray Method. of Determining Interorystalline Llq-
usfaction," To. L. Hints, 4 pp
"Zavod TAbor" Vol XIV, No 1
Shown that Interarystalline liquefaction could be
determined by X-ray struntural methods. Develops
nothodo for obteAn' close interferon a lines which
can be used In adcrophotmetr,, Results or micro-
photometry permit derterminati.on of quantitative dis-
tribution of cor.oantrate in crystals, also determl -
%Ica of progme of diffusion in Metals.
lm
62VA

MINTS, V., inzhener.
Hydraulic jacks used ~n erecting structures in zoving forms.
Kulr.-elev.prom. 22 no,4:30-31 Ap '56. (XLRA 9:8)
1. Glavzagotatroy.
(Hydraulic Jacks) (Concrete construction-Formwork)

SC-V/---l -58-8-9/13
AUTHORS; Voronko, Ye. A. , L~ints B. and 7oznesersiciy, 7. A. ,
Engineers
TITLE: Investigations o:. Deformation, uracl- Formation and
Slastic Propertios of Shell uoncrete ~Issledovaniya
deformativnosti, treshchinostoykosti i uprugikh svoystv
armotsementa)
PERIODICLL: Beton i ZhelezobeWn, P)58, ir 6, pp 5U8 - ~11 (USSR)
LBSTRACT; Shell concrete cDuld be used for mokin~, various facing
slabs. The sheli concrete is actually a slab formed from
fine-concrete mi.x reiii1oi-ced with steel mesh. In 195'/,
a covered markei place was constructed usinE spherical
"shell concrete" 31abs spanning 1'-) m. The All-Soviet
Institute Orgen(.rgostroy designed spherical shape shell
concrete slabs :ipannin.6 12 m., and also slabs for warenouses
and other buiid~.ngs spanning 24 m. Various tests were
ca-rried out to ascertain the physical and mechanical
properties of tuese concrete slabs by the factory for pre-
cast reinforced concrete of the Kuybyshevgidxostroy. The
test samples were 1 200 x 4?5 Mm in plan and 10 cm thick.
Altogether, 30 various testing samples were investigated,
Cardl/4 ranging in thickness from 8 - i6 am reinforced with

6GV/c)?-58-8--9/l3
Investigations of Deformation, Lra_e Fo:-matiuzi and Bla~~tic
Properties of Shell Concrete
300 - 500 kg/m 3 of shell concrete. Portland cement Mark 500
was used for thesc, teStS I M~ kF) cei~-erit/m3 of sand was
used and the watery'cement ratio was 0.2-0.3 (GOST,3100_~i)'
Wo~ten steel mesi, w,,s used as a reinforcement. The wires
were of 0.'/, 1.2 a:id 2.4 min in diameter and the mesh sqjarps
x 8 mm. The ave-age strengtl. of t1.e mesi, is
56. kg/MM 2. Slabs werr~ cast into metal moulds and the con-
solidation of the '~(Dncrete was carried out by vibrator I-/
for a period of 3 to - milnutes. after which the surface was
trowelled by cemert grout. Some of the testing samBies
were --ured for d 13urs at a temperature of 55 - 60 C and
some were haxdenec under normal conditions. From the
mechanical properties of the shell-concrete, the tensile
limit ol elasticity in bending was determined. The test
sample was loaded by four forces and the ex~erim-nts were
carried out in a i:,pecially prepF-red rip c,-insisting of a
load-bearing framo on whi,~t. wi.,re placed Pross pieces, iitli
P
supporting shafts whict, transmit the loads. T17e loading
Card.2/4 on the specimen wa8 achieved with heavy rollers coni,ected t)y

Investigations of Defzrmatil-n ' Cr;,~K F1,:-z.~'t;__,n a:--, Sla-c-ic
Propert-Les of She)'L Concrete
Card3/4
a system of wires eria --ulieys t-j ti.e ioadin~ arm Lo a d inw
was -arried oal, by e~,jal steps ca-_;sint a stress of
10 - 1 2 2, -r
1 12 kg/_:m lip 1~') --A ~f 20C k~m
which the stem wa~4 in -, r~-Ps ;el -a ~ i.re~ Limes I ts evio~_~ s
91,ze Ea,~~L --'ep wis Lelrl, f21- .0 --inutes vii.en and
15 minutes w~.en i~n:cad,.nF_ The Wbb examinf-t bind
Measuremeri~ irtj,~f- ~' tL~- ot _-'ap-e
in the Z.-ine b-1-wer-, te,e exT,:,e.-.e in accordance
wit~i the ~f i-: cr _er-ii *,,,,,it ccncrete
reinfor,-~ed witi. tli.in me_-L. a
2
400/500 kg/m' behaves as a 1-11LO,; 'ei.eo'-is mate:aai, all
calzuiations were made by met:_jls - 1. 11,,~rmuiae de,jeioped for
such materials. Itie rela--ion betvipei, the deflect-ion and
the load is linear in the first statues of the experiment,
showing that the material is sti.11 in the elastic regime,
From the deflection., the moaulus of elasticity can be derived.
The modulus at certain limiting stresses remains constant,
which confirms that shell--concrete, as a homogeneous
material, behaves elastically for stresses which in certain

~4.
Investigations of Deformati.)n, Crack Form-a't."cn a-L~d Elastic
Properties of Shell Concreti
cases can rea,~h i)O kg/r-.mgn. Moieover, the region if'
constant modulus - -ncreases as its absolute value
decreases, The m-1dulus of elasti,-.ity increajes as tne
diameter of the roinfor~,.n~, wire decreases. These
deductions can ait in the -hoice of sheli-concrete for
the building unde- cor.9,-leration. Thus, "or example, "cr
stru~-tures where -iEidity and stability are tLe criteria,
a high modulufl sh,-1i--,.rt,.rete must be used reinfor(,ed
with thin stee.' m.-slL. The relnt,-on between ti.e width
of the -.ra.::k and he s-~ress is a1sc. discl,ssed in detail
Initially, the .,-.-c-w1y t,lit later new cracKs
appear wh--Ie the r,ne~-, d(, nct grow wider. Shell-
con,rete is E~atle t~- f,-rm-at---cn. Ti-.e
1-ra~,.;ks deve-r;p paia~el t,, eict, t:,~insverHel.-/ to the
reinfcrc-iriL7 w,,-re ;,t q i~31.hnce nne Ir, m e-,,a.
to that between tl~p w.,re, 1' ti,C- Me~311- S1.el.---oi,,--rete
is m(.re ela!;t.. 1, tn *, e :~crete ~.t.er,- ar-e
and 2 tables.
Card 4/4

ALASYUK G. Ya.p inzh.; KUCHiRYAVBKO, Ye. Te.9 inzh.j KINTS, V.B., inzh.;
fmvlTSKIY, A. Ye., inzh.
Reinforced panels for hydraulic structures. Trudy Inst. Orgenergostr i
no.104,131 159. (MIRA 14:3)
(Hydraulic structures) (Concrete panels)

MINTS, Y.M., inzhener; KAUFMAN. I.M., redaktor.
[Innovators In the buIldJng industry; bibliography of recommended
reading] Novatory stroite,11noi tekhniki; rokomendatollnyl ukazatell
literatury. No. 1. [Urthwork, masonry and plastering) Zsclianye,
kamennys I shtukaturnya raboty. Moskva, Profizdat. 1952. 56 p.
[Kicrofilml (KLU 7:10)
1. Mosoow. Publichnaya b1blioteka.
(Bibliography--BuLlding) (Building--Bibliography)

MINTS, V., inzhener.
Improve the quality of cowitruction vork. kuk.-elev.prom. 21 no.3:
30 Mr '55. (KIRA 8:5)
1. Glavzagotatroy.
(Grain elevators) kPrecast concrete construction)

MlYT"S,V.. inzhener
Some building practices i:,t foreign countries. 14uk.-elev.prow.21
no.8:31 Jl(Ag] '55. (KLRA 8:12
(Con.,,rete construction)

MINTS, V., Inshener; ARITILI, I., Inshener.
Grain elevators and their construction in Poland. Huk.-elev.prom.
21 me.11:30-32 N 155. (WaA 9- 4)
l.Glav%iLg*ts troy.
(Poland--Grain elevators)

HINTS, V. -
~11.; Blimiaate mlat&keo In plAaming nor@ rapidlr. Muk.-olov.prou.22
o.2:28 7 156. NLRA 9:6)
:
.Glavsagotstroy.
(Food mills)

KINTS. V.. inshener.
Reinforced concrete warehouses constructed in the U.S.A. (from
"Ingineering news recordw, nos.2-3, 1955). Kuk.-elev. prom. 2Z
no.8:31 Ag '56. (KraA io:8)
(Warehouses) (Reinforced concrete construction)

1KINTS. V.. inshener.
14" WNW
Dangs to eley&tor silos In the United States. Muk. -elev. prom 22
no.9:32 S '56. (W.RA 10-8)
(United States--Grain elevators)

MiNT" V
BARDTSHAV, G., inzheneri MOTS, V., inzhener.
Using Ionizing radiation to increase the stability of grain and
flour. Muk.-elov.prom. 23 no.1:30-32 A 157. (MLRA 10:5)
(Radiation--Industrial applications)
(Flour) (Grain)

MINTS, V.. Inshener.
-11
New plants for processing hybrid and certified need corn have gone
into oper&tion. Kuk.-elev. prom. 23 no.4:8-9 Ap 157. (MIRA 10:5)
1. Rosglavkhlebostroy.
(Krasnodar Territory--Corn handling machinery)

14NTS, V., Insh,
Using sound waves for oliminAting arches Of Flour in silos. JOuk.
elev. prom. 23 no.12:30 D 157. (wrRA no
(Flour- St oraea )

GALIPERDI, L.Yu.; ZUSSEA, A.P.; IOFFE, M.I.; ~' N SIZOV, A.A.;
_1_7SIJA4~
STARO-VCYTOV, I.F., red. izd-va; FULIMA, le.A., tekhn. red.
[Exlxirience in the design and erection of bruildings by elevat-
ing the stories]Opt procktirovaniia i montazha zdanli meto-
dom pod"ema etazhei. Leningrad, ~,osstroiizdat, 1962 : 147
(Precast concrete const-uction)
C:oisting machinery)

- MINTS, VJ.; ANTONEVICH, V.S.
Homograph for determinIng the feed per minute of milling machines.
Mashinostroitell no.7:39 JI 162. OURA 15:7)
(Killing machines)

LNTONEVICH, V.S,; HINTS, V N
Efficieni kmirling conditions. MaBidnostroitell no.):3'1
s 62. (MIRA 15:'-,
(Metalwork)

ANI(,NhVICH, V.L., Ln,,h.-, j-.. - # . .1 1 .
Superfinl!~ti o I ~,-- ~ : ;iu: " - :11 ~ '/I,(; ~,ri: - , :- 1:". " - . .

PANTS Ylil.'V' , Y-,; .:1. k,zrifj. na I, i. Y11.
j , r, f " ' ~' - r
f
Aei: "'arl In P-FAi tr; c r~~s - .
gastroduodena. i-ir. .,cv. med. n, i.:
Kafe,ira !,ws; I t;I i 'z, y zav i, r ya
I c t, e brjog o f i, kA, I I L #1 t a:!-s t tit
Imen I N. I

se r
7-n 'n

X. -
- I . . . I I . E .
I . I f -

VM/MMIclne - Womds, qlosed -Jar,/ftb 49
Neurology
Ofturosomtic Vegetative DI&turbancea in the Early
t- Parlod of Closed M-11 Wound in Wartime," Docent
E,
C" Ta. 1. )Unts,- Clinic, T-urol Hoop, Kiev rsycho-
,4 wor 1 Tust, 6j pp
lievropatol i Faikhiat" Vol XTIII, No I
Data on hundreds of cases in this and other
clUics lead to conclusions that pathological
pzwesses, arising in the nervous system after
a closed vound, we characterized by pa=ological
impulses to the innervated apparatus, organs, and
Ma
149T76
UM/ledicine - Wowmds, Closed JM/P*b 49
(Contd')
systems. Weaker organs ahov first reaction.
This may explain relapses occurring long after
contusion. Chief, Clinic, Neurol Hosp~ Prof
B. N. Man:kovskiy, Active Mm, Ac&A Md Sci.
Dir, Kiev Psychoneurol Inst- P. S. Tarasenko.
4MP 149"r,

1 . 14ANIKOVSIKYT, Docent YINTS, DGcpnt Ya. ' A. - RAYUCRODS'KA, L. Yu.
2. USSR (600)
4. Nervous System
7. Pathological changes In the nervoui syjte., '-n .,ri.)-)e. : edyc.,,. zMr. .12, No. 1,
1952.
9. Monthly fist af Russian Accessions, Library of Congress, April -19",3,

S/C 30
BC 1 6XBO 58
AUTHORS: Gerchuk,-Ya. P., Candidate of Economic Sciences,
Mints, Ye. L., Candidate of Ec(nomic Sciences
TITLE: Mathematical Methods in Economic Research and in Planning
PERIODICAL: Vestnik Akademii nauk SSSR, 191)0,-,No. 7, pp. 108-111
TEXT: The Otdeleniye ekonomicheakikh, filosofskikh i. pravovykh nauk
Akademii nauk SSSR (Department of Economic, Philosophical, and Legal
Sciences of the Academy of Sciences USSR) Jointly with the Sibirskoye
otdeleniye (Siberian Departmert) of the Acadeny held a scientific
conference in Moscow from April 4 to 8, 1960. It concerned the subJect
mentioned in the title. Scientists, economistn, mathematicians,
statisticians, and engineers attended. In the introduction, V.S.Nemchinov
mentioned that the use of mathematical methodii and electronic computers
for solving many topical problems of planning and economic practice has
lately caused great interest. These methods and machines may considerably
raise the level of socialist planning. The leoturer pleaded to transform
Soviet economics into an exact science studying also quantitative rules
Card 1/4

Mathematical Methods in Economic Research and 5/030/60/00C/OC7/011/'~11
in Planning B016/BO58
The practice feels an urgent need for elaborating sufficiently letailed
economic models comprisit.o- virious trends of accialist economy and
permitting a mathematical solution of problems of national economy
1. S. Bruk Director of the Institut elektronn:rkh upravlyayushcbikh ma8hir
Akademli nauk SSSR (Institute of Electronic Control Machinery of the
Academy of Sciences USSR) discussed several pr.ictical problems in t is
field, L. V. Kantorovich dealt with the applicition of mathematical
methods for the justification and selection of optimum plan solutions
According to V. V. Novozhilov, the next speaker, the errors of economic
calculations based on m-a-T Tematics are due to the incongruity between
the mathematical means used and the planning Froblems. The ap~,lication
of the balance-chart method of planning the national economy was the
subject of a lecture by P. S. Mstialavskiy. 2! persona participated in
the discussion. They stressed the importance of the subject mentioned
in the title for socialist economics The thevis by L, V. Kantorovich
was most disputed. He has put up the conception of "objectively con-
ditioned estimates". A. Ya. Boyarskiy, A. Kat:sp and others raised their
objections against it. -At N. Kolmogoro discu3aed several topical
problems of optimum planning The imDortknce )f determininp,- the criteria
Card 2/4

Mathematical Methods in Economic Research and S/03 60/000/007/011,'011
in Planning B016YB058
of optimum conditions was underlined by A. A, Dorodnitsyn. A.G.Aganbigyan
explained the problem of elaborating methods of optimum planning for the
solution not only of local production problems, but also of general
problems of economic planning, which at presert cannot be solved by the
methods of linear programing. Ya. A. Kronrod stated that the coordina-
tion between mathematics and economy has raised several principal
problems, so that one may speak of the develorment of a new science
The conference was divided into six sections which dealt with a total
of 54 lectures. The most important problem is the elaboration of such
economic-mathematical models as make it possitle to conduct plan
calculations, as well as to correct the plana later during their
carrying out. Economic-mathematical branch models are also necessary
The elaboration of models reflecting the distribution of the national
income is said to be of great importance. The problems of the
methodology of drawing up such balances were discussed in the section
of inter-branch balances. A uniform nomenclature is to be elaboratod
The Teentrallnoye statisticheskoye upravleniye ~ri Sovate Ministrov
SSSR (Central Statistical Administration at tte Council of Ministers
of the I~SR) has already started to draw up--tTe--i--nTe-r--Er-a-n-c-E--'fi-aT-a--n-ces
Card 3/4

Mathematical Methods in Economic Research and 5/030/60/000,'007/011/ /oil
in Planning Bo16JB056
usable for this purpose. The section of linear programing dealt with
problems of the application of mathematical methods for drawing up
optimum plans. A. N. Neemeyanov, President of the Academy of Sciences
USSR, spoke at iNe-T-i-nall-ple-na-r-y session. He stated that the contact
between economics and mathematics has importart scientific consequences
It is therefore necessary thkit the contacts te.ken up between
mathematicians and economists should be develc-ped at the pace dictated
by the development of national economy. The cc,nference adopted a plan
for the coordination of scientific studies in the field under discussion
The network of the scientific institutions concerned is to te widened
Card 4/4

KARTY'NOVA, Z. 1. ; MINTS. Z. L , kand. georal. naulc
Agricultural mp of Noscow Province. Geod. I loart. no.7:61-6)
J1 160. (MIRA 13:9)
(moacow Province-Agrioulture-Kaps)

Mfi-ISEETC, F.L.
Strains !in,:i 3tr, sf:es
Cb , - -,' -tinc the ~er.si--r. kii i . , - , E e.: --' - ; e ~ -I- -. :-, : 5 --,- e - -- :
stal-; . , !udv :, r.. ; ~ 1 it- , . :.5t . ., r . . , -
Monthi- ~ ist cf I uss i-~n AC'Cess iot,5 , 1~ i ur; tj .,f' CongreS3, ~ ' '. '., :L;)

AUTHOR MINCBERG, H.L. PA - 2215
TITLE On the Problem of the Torsion of a kalf-Spaco (Russian).
PERIODICAL Prikladnaia Matematika I Makha-nika,1957,Vol 21,Nr 1,pp 116-116 (U.S.S.R.)
Received 3/1957 Reviewed 4/1957
ABSTRACT N.A.ROSTOVCEV solved the problem of the determination of the -shifts and
stresses in an alsatic half-space. 1his half-apace is subjected to torsion
in consequence of the turning of a rigid, cylindrical stamp (which is in
contact with the boundary of the haJ-f-space by friction or by coupling).
The present report shows that this problem has a very simple and geometri-
cally clear solution if certain elIJ.ptical coordinates are used. First,
CERRUTI's formulas, which were used by the author, are explicitly written
down as also the harmonic f-anctions occurring therein. Likewise, the
functions valid on the boundary z - 0 are given. The author introduces a
harmonic function which vanishes in infinity and becomes equal to zero
at z - 0. Noxt,' the derivation of this harmonic function Is mentioned in
short, and the behavior of the deri,ration is shortly discussed. The
author reduces the solution of the )roblem to the determination of the
two harmonic functions f - aF/oz an, I g - c)G/&z from the corresponding
boundary conditions.
A.I.LURIE, Priklad-Mat.i Mekh.5, Nr 3 (1941), supplied one of the solu,--
tions oL this problem in the special *~liptical coordinates x , + a
z - asn. The surfaces a
V, coo 4, y I?
const. are flattened rotation ellipsoids which at s -+ 0 degenerated to
the disk z - 0. The solution of the here investigated problem is as fol-
Card 1/2

BUZBNICHENKO, Nikols7 Arsenlyevich; KAN, %eniamin Lipmanovich;
HOTSEERG, Beniamin Llvovich; MOROZOV, Valentin Ivanovich;
BUTICNIN, N.V., doktor tekhn. nauk, prof., retsenzent;
NIKITIN, N.N., kand. fiz.-mat. nauk, reteenzent; ZAKHAREVICH,
A.F., nauchrWy red.; SHIRNOV, Yu.1., red.; TSAL, R.K., tekhr,.
red.
[Problems on theoretical mechanical3bornik zadach po teoreti-
cheskoi mckhanike. Leningrad, Sudpromgiz, 1962. 559 p.
(MIRA 16:1)
(Mechanics, Analytic-Protlems, exercises, etc.)

KAN, Veniamin Lipmanovich; KELIZON, Anatoli) Saulovich. Prinimall
uchastiye: MINTSARG, B.L.j USHAKOVA, G.B.; MitENEV, G-V- ,
kand. retoer-ent; EERM, D.?., drjktor
fiz.-mat. naukp retsenzent; ~to=,'GOZ, N.M., red.
[Theory of proportional navigationi Teorila proportsionall-
noi navigatsii. Leningrad, Sudost:-oenie, 1965. 423 p.
(milu 1g: 10)

: , - .. I. &
i I -I

- -1
--~ - N O-C
M
BLTUGER. A.Y.; GAGAYMB. A.Z.; DAKHOTM, S.Tjj.; MINTSINGOY, L.A.; RATENBKRG.
N.S.; CHARKTT. S.D.
Comparative results of the "a of DII)era2ine-adipate and oxygen in
the treatment of ascariasis Lwith aujawry In Ingliahj. Ked.paraz.t
paraz.biol. 26 aa.1:77-80 Js-F '57. (MLRA 10:6)
li Is kafedry lafektsionavkh bolezae,j (zav. - doteent X.M.Budshe)
Rishakogo neditsinskogo institute, 12stituta ekspertmentallnoy wedt-
tainy (dir. - prof. P-Ta.Gerks) Akadgeti nauk Letviyakoy SSR. Rirhzkoy
gorodalroy sanitarno-epidemiologichescoy stantaii (glaynyy vrach
M-M-Pop?ATaC)AR1AS1S,..th9r
piperas adipate & oxygen. co=arison)
(PIPIMINE5, ther. use
piparazine adipate in ascartests. comparison with oxygen ther.)
(OXTORN. ther. use
ascerissis, comparison wtth piperazine adipate ther.)

BURTUTEK, E.M.. BLTUGTM, A.F.. MINTSENGOF, '.~.A., RAMBERG, N.S., KLZTM, G.I.
Experimental matpri~l ar. a ',)apia for the clIn-,Rl use of phenorymeth7l-
peni,~illin [with sumar-y In Y~'iF3hj. Vest.khir. ~Bl no.8:'I7"-1 Ag '58
(grRA 11:9)
1. Rlzhakiy meditsinakly institut, Institut orgnnirheqkogo ainteza
AR Latviyokoy SSR, RizhFikAya i-,oroesk~tya infektsionnnya I)olInItBa
(glavMyy vracb S.D. Gharn3rf), Rizhskiy zqvoO. mPditsIn0-Ikh preparatov.
(Micrui-N)

NECHELYUSTOV, N.V.; POPOVA, N.N.; MINTSER, I-F.
Distribution of admixture elements in the process of hypogm ic
mineral formation in tin-zine and copper-molybdenum deposits
of the Kara-Mazar Mountains. Trudy IMGRE no.50-42 161.
(WFLA 150)
(Kara-Mazar Mouritains-Ore deposita)

ACCESSION NR: AT4028288
5/2677/63/000/010/0125/0135
AUTHOR: Nachelyustov, N. V.; PopovA, N. N.; Mintser,_E.__F._;_Belevitin, V. V.;
Razina, 1. S.
TITLE: Selenium and tellurium in lead-zinc deposits of the Alty*n-Topkan ore field
SOURCE: AN SSSR. Institut mineralogii, geokhimii i kristallokhimii redkikh
elementov. Trudy*, No. 10, 1963. Redkiye elexicaty* v sul'fidny*kh
mestorozhdeniyakh (rare earth elements in sulfide deposits) 125-135
TOPIC TAGS: selenium, tellurium, galenite, lead-zinc deposits, skarn, sphalerite,
pyrite, chaleopyrite, sulfide, effusion
ABSTRACT: Certain regularities in the distribution of selenium and tellurium in
the deposits of the Alty',"n-Topkan ore fields in tlie Karamaza araa o;" tile USSR. as
well as probable conditions and the method of entry of these elements into the
crystal lattice of galenite are examined. The authors describe the types of
minerals and composition of the separato ore fields in that area. The selenium
and tellurium content oi sulfides of the various field,; are listed in tableb. The
primary minerals of the various ore fields are galenira, pyrite, chalcopyrrite,
sphalerite. Samples used in the tests were taken from six different ore fields in
Cardl/2

A-C-CESSIO" ',,R. AT4028288
the area. The selenium and tellurium distribu4ion in galenite in the various fields
are listed in graphs. The authors also describe the influence of impurities on the
distribution of selenium and tellurium as well as the influence of the depth of
formation of their distribution. In the high temperature stage of the process of
ore formation, selenium and tellurium accumulated touard the end of the stage and
were fundamentally concentrated in galenite. The selenium and tellurium content
and the Se:Te ratio in galenite differs sharply in specific samples of the same
deposit and corresponds to a known degree to the content and ratio of these
elements in other sulfides of the same samples and ir the deposit as a whole. Some
influence of a number of cations of the admixture ele.ments (bismuth and silver, to a
lesser degree antimony and thallium) in galenire is rioted, which seems to facilitate
zhe isomorphic entrance into its lattice of the anions, selenium and tellurium.
The authors point out the undoubtedly practical' valu-i of selenium and tellurium in
galanite of the 6karn-ore deposits of the Alty'Ven-Topican ore field6. Orig. art. has:
4 figures and 5 tables.
ASSOCIATION: Institut minerologii, geokhimi.'.i kristallokhimii redkikh elementov,
AN SSSR (Institute of Mineralogy, GeochemiBtry and tic Chemistry of Crystals)
I-, ZED: 00 DATE ACQ: 16Apr64 EXCILs Oo
SUP. C37,--- r-, a NO OTAEa: OG'~
,:c,rc; 2/-',

MIfiTM. Leoniya, aspirant,,(Rumy-nakaya Narod. Wa Respublika)
Serum diagnosis in Lalmonella B iafOCtiDaR using specific
monodiagnostics. Zhur. mikrobiol. apid. i inmm. 27 no.2;65-69
F 156. ()(LRA 9: 5 )
1. 1z irafedry milcrobiologii Leningradekogo @ant tarno-giglyent cheakogo
maditsinskogo tantituta.
(SAMOUILIA BlYNCTIONS. diag.
serodiag. with specific earodiagnostice-)

~- ~ , ~- k. ~ k. 'k,I
SHAFLICR. S. ; MINT81R. L. ; BXla:SH, S.
Obtaining attenuated and i=unogerilc st-ains of intero"'acterlaceae.
J~hur.mikrobiol.eoid. i immun. I'll no.9:9-14 AF 'c,". (MIRA 1l:;)
1. Iz laborstorii po izmenchivosti nilcr)))ov Inrtituta imeni
I.Kantak-uzino (Bukhtirest)
(RAGT~6RIA .
Xnterobact~sriacoa;j, attenuat,d & Immunovenic stratns (Hus))

'17 (4)
'TP -
MR3: Shefler intser- 2,
ITLE.- The -'-'ffect of '.'u t r _i en t -'r)n r er t r,,,Lt 2.: r-~ - ne
1,a~:tcse bY .`-almorEllae
F~idOb I CAL! Doklady rl,ku-k S-`~R. 26, "r 4 810-8~2
( IT3:,R)
A-~ qACT Tne -tuthors wanted '~~ t*~,nd -,-z . whetr,er t ~.e m It- f oiu,-i I.)- thera
accordim-, t,, V&. . c~. the cc.;zicentr Lt ir!n I avors the
o-.cuTrence iuid the -uuritity (.,C the F3ae.-Iexose fermenti.ig
yea.13t-3 Oaf I ) ~Overnp 113,-, rither blolzig)c;a) Por this
Purp,me tne above t(~ui-. vi&B irivestigate,l. il,io iermeritation
!-r-)-.eed5 rather easii
y 13)r different 'almone) -ae spe,-ies
fo'Lloviizi,~ Lt previous c:e ..L)ti,-,se fer--aen"~ation. .!~e leraentatiji"
was ~ttr,rled out by t~,e soerir.,~,, of
ort ,k half-gyrithetic Jactoge- -ortajnii4~ The
posit,,ve variunts were 0,er. isolated or a .,,seal 3triJ.n was
,3CPV(n 0.-1 a ;,Iixture of 0 .05(y, LE 1 lob,-c,se ~tad - .'~) , I actose .Yire t
then lactose feruent,-~j. .~e -t! r~ tiie
~)*almonella 3t,,ai'Lc-y, .,. - - .;1-strup, ind
S . aiinriesota. Tatle ' s,~--mS 'lie reBuItB raule
Card 1 /3 explains the d.rati,..,-. -f famientat-L )n in Ilayp after the

The Effect of ffutrient Concentration on the SOV/20-128-4-54/65
Fermentation of Lact,~se by Salmonellae
addition of 10 lactose-positilre cells. The results obtained
show that the lactose concent-7ation directly influences the
rate of oicurrence of the lactose-positive variants of the
Salmonellae investigated. The effect of the lactose is here
apparently specific, for the saccharose does not exercise any
influence in equal concentrations. The lactose effect on other
phenomena of the microbe variability should be Investigated
(resistance to chemotherapeutic substances and bacteriophages,
biochemical changes, etc) in order to prove the specificity
of the lactose effect. In the case of cellobiose neither the
increase cf the lactose concentration nor the increase of the
callobiose quantity influenced the rate of occurrence of the
cellc,biose-positive variants. In conclusion, the authors
state that they succeeded in observing a direct influence of
the substrate concentration (in the frequencP of oc,:urrence of
the lactose-positive varianti; of Salmonellae. This agTees
with the iesults obtained by experiments with yeast. There
are 2 tables and 5 referenceii, I of which is Soviet.
Card 2/3

The Effect of Nutrient Con.-entratior -,n the -'c,-j/'-r,-.29-4-54/65
Fermentation nf Lactoaa by Salm-r-nell-ic
ASSOCIATION: Inatitut Im. Kant aklxz' n -., Buldarest, Rumyniya (Institute
Imeni Kantak-uzin,), Bukarest, homania)
PRE-LNTEID: Airil 2q iq5q, by T. ' . Lysenko, icaderaicJ-vi
SUBUITTkM-. April 25. 959
Card 3/3

DOMP)ISK I Y, T. ; Z;k v
"itAKOVSK TV
Toy!,!
pi t.
,'4 r. r,
Ka t i, -i P.,
t
;i!'d ~f

1,LltJ,'jLV, D.
P.R. Slave.-.k,.v; new dr,,7!uT,,-nts and raata:-i&l. Spisanie !A'l 6 nc-3-
1~,,1-108 161.
1

Tl)(- ~',e 'Prpn(7- -) " - h- - ~L' ~ 1) Ir, [A tF- I I r . ~ L 4 11 r, --i: - in, -(~ r ! :-,. - , -,.. : L-1 - 1 ' . : . : -. - :- . ' -

;, it.
Prp-vir in, - t i rl ~~o,jy ,,' a ~ I io' , Tr ob ~ ; ~,m, ~-no-r in.,, : z, I::%, r. "

R.
~he. , --iA- Pr,*,,.nt !a! I.n --;.
E;n~-Ineor4n~-,

MIIITSIS, M.Ya.
Automatic control of a pumping statioa. Prom. envrg. 15 no.12:
20-21 D 16o. (KIRA 13:12 )
(Pumping atationa) (Aitomatic control)

HAZALOV, A.N., inzh.- -MINT,~U~ M.1a., Inzh.
Automotive dus-collector. Mekh.1 avt3m. proizv. 17 no.2:35 P 163.
(MIRA 16:2)
(Dust collecLors)

L 02331-67 T.TF,((,) J-
ACC NR- AP6030547 SOURCE CODE! UR/0413/66/000/016/0024/0024
INVENTOR: Molochko, V. A.; Miptskovskiy, A. Ya.; KuEdyumov, G. M.
.Z
ORG: none
TITLE: Equip _7~nt for purifying liquids by low temperature zone melting. Class
12, No. 184812 lannounced by the All-Union Scientific Research -Institute of
Cherni-c-al-Me-agents and Ultrapure Chemical Substances (Vsesoyuznyy nauchno-
issledovatel'skiy InBtitut khtmicheskikh reaktevov i osobo chistykh khirnicheakikh
veshchestv)]
SOURCE: Izobretenlya, promyshlennyye obraztsy; tovarnyye znaki, no, 16, 1966,
24
'romc 'rAGS: liquid purification, purification uvit
ABSTRACT: This Author Certificate Introduces cquipment for purifying liquids
by low-temperature zone melting. A purification unit equipped with a hestrr nnd
cooler mounted In series in plared In a vertical holy filled with heat- Insulating
material. In order to maintain arid regulate the temperature of the cool sections of
tile piirificat-io-n I'linit, tile lattvr In built in the form of a metallic cylindvr vquipped
wit)i a vetiael for the coolant and an openIng duct, The body of tile metallic rylinder
LC.rd 1/2 1JDC: 66. 067. 05

ACC NRi AP6030547
has slots for mounting the frames of the heaters. The slots are uniformly spaced
along, the opening duct. In order to keep the inside ampoule In the solid state
before and after the purification process, a reservoir with the coolant in mounted
in the frame of the equipment directly under the opening-duct. Orig. art. has:
I figure. (Translation]
SUB CODE: 14/ SUBM DATE: 19May65/
Car,,4 2/2

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IFIANISIMIKOV. P.1.; MINTSKOVSKIT MAIL- VAYNIJARG, D.V., doktor takhnicho-
skikh nauir, r_ed_a7ror: 7NOVSkIT, B., r-2daktor, GARSH"OV, A.,
telchaicheakiy redaktor
[Constructing buildings over mines; wLth V-shaped foundations]
Stroitellstvo zdanii nad gornymi vyrab:)tkami; n& klinovi4nykh
fundamentakh. Pod red. D.V.Vainberga. Kiev, Izd-vo Akademil
arkhitaktury USSR. 1952. 132 p. (KLRA 9:9)
(Building) (Foundations)

USSR/Geophysics Foundations of Buildinos
('n I N'T& Kr) VS I M - 1~6.
11 Jul 52
"The Bearing Capacity of a Centrally Loaded Wedge-ShaTed Foundation" M. Sh. Rintskovskiy
k.Ak-Mmak SSSR'~ Vol 85, No 2, pp, 281-4
Wedge-shaped foundations (fundaments) find anplicatior, in the oonstruction of buildings
which are located over mine vorkings, as In the Donbaiis. The author derives in brief
J'L~-94" of the supporting capacity
form the solution of the problem concerning the detas
of,& centrally loaded X" ich transmits preoijure to cohesive ground, with
certaln assumptions. by Scadi A. 1. Nekrasov 13 May"10152.

A-1, J~
iR" fS_HM &&;VT -kandidat telchnicheakikh nauk; NUT
kandidat tokhalchesklkh muk; MARTSXUTEK.fa-.. redaktor; ZAaM-
KOVA,Ye., takhnicheokiy rolaktor
(Designing structures for mining purposee in the Donato Basin;
instruction@] Proaktirovania zd&nit nad g:ornymi vymboticaut v
Donbass*, ukazaniia. 2-e iapr. L dop. lad.. Kiev. Lzd-vo Akadenii
arkhitektury URSR. 1955. 62 p. (KLRA 9:3)
(Donets Basin--Coal mines ej2d mining)

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