SCIENTIFIC ABSTRACT KALISH, T. - KALISKI, S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000620120006-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 10, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

fe~Ptfls~j~ Ill: 171-c, :;j-; I Ej I tI M I r4itt Pr '!I lllr'~ I I It I NH I MIAN I I H It fill] It H IRM EIRRIll I till I I 1111:1111111M I HIM14MBUITI It 1`25111ii I If I IF, I "It-I I I I A I Oll Ill I I I I i'Wel I 'I 1IN M., U31 It Vill I I W"

^J,
The Influenco of ocygeit atigorhod at Itir,li. t4niporaturol
,
upon the electrochemical behavior 4f Plildillitil. T. V,
Kallei and R. Kh. Bursliteln, Dok14,j.Y Ak,;J. NaiyAj
S.S.S.R. 88, 8W34(1953); rr. C.A. 46, 'he peric-i
tratio a of 0 into heated Pt Was stl I dici I by detit. t he e4flan tit Yl
'removvil by cathodic po.tafiz~itioa. A Ill: tiect;oxic (23 4(1,'
eln Krea) wxi rw~lled ilit') a 'Jumtr, villic-11 l;-1
dvgaisitig at A known clumitity tit C) (12.6
I
10'4 111015. of O/F(I. Clu. jjjjt..XenL area t;f 11t) Wall ...... ......
sottwil at SN), WN), or Larger iunt% (unific-11-sured)
were also ab!--orbed at 0.5 airn. After coolijig, 6,1giawd elec.
trolyte was added by breaking art autput. The fiotintfitl will
meaFored vs. 't 11 electrode urail a stable value wan readied..

'
A :utluxtic ~ttrteut of 2 X 10-1 aull). wiri then applied, aud,
i-d as if
the time for the poteatial to drop to Zero was Ins
mensure of 0 rernoved (0.61"A X 1313 inuls. of 0,41. cm.)j
The Inmier t1tiantity cor-e-slinticPA to it atuncilayer. A di-.t,-
t X), tit I)k
tinct lates I ovcarycd in IN Hl) -0.7 v, t,ot Old
P
not oectir in 1.42N HCf. U'pon interrupting Olt cathodic
polari-.aticn 'it TNSOA iolti., the potential rose-- fiflrlol jrrpidly
*to 0.6-0.7 v. Relvated polarizat-ioll 1"ill
Oodil a int,r.
rupt*an iva;i lf~tjod to rem3ve 0 gradua y risaing fronj
r
deeor layers at the tuctal. After 4 polariz-aliona, 2.51 X
101; 0, rioli. /sq. cult. were ri~mnv&i after absorbigir.36.5 X,
1016 mols./sq. cut. at 852*, similarly. 4.&S X 1011 inols./scl.
cm. wife removed alter ab-sorblag bit 4 X ICP 0 laols./S.1j.
cut. at (tie naille tollp. In mvel-41 cakits, 1:1 ioov;ise Its
length of tilt! platemi wa-i noted rilkire (in int(r,:
-i was 'titterpActed as it gradual,
truptio:t of several bri. TH.
mnetration of wit-ropores of the surface by elect,- e. (1!
1
1
1
1
or fe-1
absotf-ed at hillber terripi. r,equircd it longer flul:
1
R. D. h1iwh

-V nlw'. 1:1 ;;Ult 111WHIflill 111VU11tj !lip. jul2ti-I I if] t3jj?v ~jlwvma o'1
4ALTSHp T. V.
USSR/ChendstrY
Card 1/1
Authors I Kalish, T. V,, and Frumkin A. N.

Title
I Effect of enion adsorption on tha redul-,tioniot an S 0 on on a
2
13
drop cathode
Periodical Zhur. Fiz. Khim- 28, ~d- 3, 473-489, bir.arch j-954
Abstract I It is shown that the reaction of e1tct::ra-rodut Lion of ~ah S~)_._Ion
on a mercury, electrode is retarded b4r the adsorbing ani.pns.- The
rate of this reaction, at a positive, surfau'! ckhargp in relation
to the nature of the indifferent elect~lrolYt~!, decreases Fra4-
ually. The potential at which the cmr~-ent lryLensity dot-respond-
ing to this reaction reaches 0.8 in proportioUl to the mixii~am
diffusion current is displaced toward the rpi!Fati-,re z;ide.. A:'. a
negative surface charge one can observes a certain weaklY e:~-
rressed dependence of the rate of eleot.ro-rpdNiction upon the
nature of the anions which in this case are.!,oeiented in reverse
sequence. The effect of adsorption imions leads to the con-
vergence of the potential with the point of~:the zero-charge.
Thirty references; 1 USSR. ninec 1919 rat):ies, prapiis.
Institution Acad. of Sc. U351( Institute of Physic.-ial CheMistry, Moscow
Submitted t June 11, 1953

ALIM, C V
MR/Chemi-stry
Card 1/1.
Authorip :K&Uehv T, V., and FnAin, A. N.~
Title Position-of the zero-'charge point; ai 64 on
of a S20S anion on a drop electrode
Periodical t Zhur, Fiz. Khim., 28$ Ed. 5~ 801 805, Kay,1954
Abstract : Exreriments showed that, the beginning gf the dosceWor the pojari'
;ation
curve,, during electro-reduction of $208 on a arop electrode consisting of
40% thallium amalgam, is disvlaced by 0.5 v tot4ard wre negative potentials,
which corresponds with the nosition oL char',Fo point of ithallium
_the zeri:
amalgam. The retardation of the S208 reduction r~taction over::& mercury
electrode in solutions containing n-octyl alcohol is:d-atermined.by the
absorption of alcohol molecules$ the action of'which 'is affect4O. by:the
negative charges of the surface. Seven USSR refereneas. Graphd.
Institution Acad. of Sc. USSR, Institute of Physical ChemLijLry, MO~SCOW.
Submitted July 8, 1953

IRVINA, S.D.; KALISH, T.V.
lotion of atomic hydrogen on polarixed electrodes in electolyte
solutions. Dokl. AN SSSR 109 no-5sg7l-974 Ag. 1956.
(MIRA 911O)
1. Predstavleno nkademikom,Aj, Fruskinym.
(Hydroge'n) (Blectrolysts)

6790
_W0
S.
S/029/60/130/03/025/065
ALTHORSt Leviria, S. D., Kaliggh, -T. 3L_ B004/B011

TITLEz The Influence of Radiolysin on the POt(111tiELl Of the Nickel
ElectrodJin an Al!:Lline Solution in Depcndence on tht~ Con-
position of tho Gas Phazie
PERIODICALi Dokla(ll A)-fL(J0mLj niLuk SSSR, V60, Vul 150, 1:r J)P 573-576
(Ii SSR)
ABSTRACTs The author_- found in reforunce 1 thzit the potontip_l arisine on
the action Of VAOLIiC hydrogen iinder fAmonpheric pressure on a
nickel electrode in an alkaline solution is by 45 - 60 mv more
negative than is the potential of the reveruible hydrogen elec-
trode. In the present paper they inveotigatod the behavior of
the Hi-electrode under the simultaneous action of atomic
hydrogen, atomic oxygen and OH radicals produced by radiolysis.
The apparatus which ixide it possible to carry out the experi-
ments in vacuum or at a certain Oas ure!isure is illustrated
in figure 1. The nickel electrodes were r,oduced at 4000 in
hydroGen atmosphere and were stored in H uritil the time of the
experiment. 0.66- 11 NaOH cerved is alkaline solution. Radiolysis
Card 1/3 took place by means of an X-ray tube whir1i -;upplied an energ

67910
The Influence of Radjolysis on the Potential of S/0201 60/130/03/025/065
the Nickel Electrode in an Alkaline Solution in B004/BO1I
Dependence on the Composition of the Gas Phase
Of 6.L1110 16 OV/Doc per CM3 of solution. FiLruro 2 shows the
change with time of the electrode potential in the cane of re-
poated connecting and diaconnectin,- the raiiiiition. The initial
potential is by about 250 mv more positive th:)ft that of the
reversible H-electrode, under the action of raOiation it first
shifts by about 200 mv in a ne,,,ative dirc-ction, and olowly
turne more positive after a few winutes. When radiation is dis-
connected, a chift occurs in the neLr;ativc. direction. This
procedure can be repeated by connectin- and disconnecting the
radiation, until the electrode is coated with a thick oxide
layer. The potential shifts observed are explained by initial
adsorption of H and the subsequent action of the oxidizing
substances forminG in the solution, whose concentration in-
creases with the duration of the irruliition. The reaction
courso in the solution, the for;.-lotion nnd the decompositicn of
H202 are still to be investigated, The curvuf3 drawn in the
Card 2/3 presence of neon (6 - 10 torr) aGree with thc curvor, drawn in
I~/

67943
T:~c Irfluonce of R,'!Aiolyri-~ (',I''PntclitiV-1 ni, Sy"020/6-0/130/03/025/065
t11(- flicl-cl Blcc~,L-od,~ ill Ln Al'~ linc 'Solution in 13000011
Du,:on(lunce on the Co111j')L;it1-m Of thO Plla.,,e
the ztboonce of PPitve 7 Aiuwc the bcli-ivlor of the nickel
Q1UGtX'0d0 ill thQ Of (LO torr, C, torr)
and 11 + Ve (1 + C torr). To thif,' 0111~" of
potent-jal onciir wit', comiuctinL; -,,.lid of the
r-adiantion; thic l,otjnti,-,.l al-,;oot coincidef~ witli the one of re-
vei-L;ible 11-olectrode ill the cz-.se of 11 + Kc,. lrl-.r-- r.;Ilill present
low potential flucturtions are explilinw.l. ly effecto and
redox processes. Tho authoru i;iention Tv. 1, Zallr:ind and
V. I. Vcoelovskiy (Refs 3,4), and N. A. 5!mr:~~ovskaya and R, Kh.
Bursht-eyn (Rof 5). They th.1* ill: Acurlu;,.,.ician A. F. Fruikin and
P. I. Dolin for discu:-.-.;inf; the experiL-imit-l data. There are
3 figures and 6 rQfcrercc,39 5 of whiclL 1:re Soviet.
ASSOCIATIOIT-z Institut olektrokhiriii Akademii nauk SSSR (Institute of
of thg &cademy of gciences, USSR)
PRESENTED: October 7, 1959 by A. N. Friamkin, Academician
SUBMITTED: teptember 28, 1959
Card 3/3

U.VINA,, S.D.i KALISH, T.V.
Effect of atomic hydrogen on the potential of ni~;kel and mercury
e--ectrodeB in electrolyte solutions. Zhur. fiz. khl-,n. 36 no.9z
1926-1931 S 162. (MMA 17:6)
1. Institut elektrokhImli AN SSSR.

MAKLAKOVA, Tatlyana Georgiyevna; SIROYET, D.D., zisuchn" red.;
KALISH, T.G., nauchW red,; GORSHKOV, A,F., red.; SWILIYAKOVA,
N.Y., tekhn.red.
[Panel housing construction; structural and architectural
solutions] Panellnoe domostroenie; rasvitie konstruktivnykh
i arkhitakturno-planirovachnykh reshanii. Koskva, Goo.ild-vo
lit-ry po stroit., arkhit. i stroit.materialams 1959. 190 P.
WRA 13:6)
(Concrete slabs) (Apartment houses)

mnwww, B.Yu., arkhitektor; GROSSKAN, V.G., arkhitektor; KALISH,
V.G., arkhitektors, nauchnyy red.; PAVLEMO, H,V., rtd.izd-va;
TEMKIRA, Ye.L., tekhn.red.
[Hotel-type apartment houses; design and construction] Zhilye
doma gostinichnogo tips.; opyt proektiroyaniia i stroitelletva.
Hoskra, Gos.izd-vo lit-ry po atroit., arkhit. i strait.material=.
1960. 151 p. 04IRA 13:6)
(Apartment houses)

--KALIS1J,-.-Y-G.; KOSSAKOVSKIT, V.A.; RZIMOINA. 0.1.; KOROZOVA, G.V., red.;
GCLOVKDU, A.A., tekha.red.
[Houses and apartments in foreign countries; multistory housing
construction] Tipy domov L kvartir ze rubezhom; mnogoetazhnoe
zhilishchnoe stroitellstvo. Moskva. Gos.izd-vo lit-ry po stroit.,
arkhit. i stroit.m3terialam, 1959. 207 p.
(MIRA 14:1)
(Apartment houses)

t-MI1111,
GUSEV9 Nik9lay MikhaylovichIMISH VOG-Y arkb., nauchriyy rod.; FAVLBIKO,
M.V., red* izd-va; T p et Op tekhn. red.
(Natural lighting of buildings) Estestvermoe osvea~chenle zdanii.
Moskva,, Goo. izd-vo lit-ry po stroit., arkhit. i Atroit. mate-
rialamp 1961. 168 p. (MBA 34-10)
1, Chlen-korrespondent Akademii stro~tellstva i arkhitektury SSSR
(for Gusev).
(Lighting)

KRUTOV, Vitaliy Ivanovich; KALISH G G doktor tokhn. nauk, prof.,
retsenzent; tekbn. nauk, red.; YELIMEV,
M.S., red. izd-va; TIXWOV, A.Ya., tekhn. red,
[Analysis of the operation of automatic control systems] Analiz
raboty sistem avtomaticheskogo regulirovaniia. Hosk7a., Gos.
naucbno-tekhn. izd-vo mashinostroit. lit-ry, 1961. 178 p.
(XITLA 14: 10)
(Automatic control)

L 385m-66 CWP ( t) IM IJP(c) JD
ACC NRAP6027699 G_ _Obk._dY166j~~16_616 W16_6f16dj._o16_(~k I
AUTHOR: kodrlo, Ludek (Enginoor); Kalisch, Eduard (Engineer)
ORG: klotallurgical Research Institute, 1(lomont GottwaM Vitkovice Iron 'Works, Ontra
(Vyz1aimny ustav mtalurgioky VZKG) 4~
TITM : Controlling the deoxidation of *rim-.dng stool according to the wlton battli cov
position prior to the tapping operation'-*'*--'---------'
SOURCE: Hutnicko listy, no. 1, 1966, 10-16
TOPIC TAGS: rimmed stool, alloy composition, molten metal, slag, motallurgic procesu
metal analysis
ADSTRACT: The influence of the composition of the stool before tapping on t~ojqualit,
of the stool is discussed; the relativo importance of the contents of px go , manga-
Z
nose and carbon are doscribod. The relationship boUmon tho release of carbon none-
:ddo and the contents of carbon and of oxygon is reviewed. A mothod for the calcula-
4. on of the content of thooretical o.\Ivgon in the stool is described; -the doterminatio
1A
of the ano-Lmt of dooxidant roquIrod is discussed. A mthod for cheeldmg the results
of deoxidation by the analysis of a slag sample is described. Ori art. has: 8
1
figures and 1 table. LB-ased on authors' Eng. abst.7 LjPRSr 34,512~
SUB CODE -. 11 / SUal DAVS: none ORIG RZF % 001 / OTH MW - co6
Card 1/1 rV UDC: 662.046

L 34427-66
ACC-Nk.--AA026195
EW P (k)/F_NP (t)/'ET IIJP(c) JD
SOURCE CODE: CZ/0034/65/609/011/6770/0776
AUTHOR: Koderle, Ludek (Engineer);Kalisch, Eduard-Kalish, Ye. (Engineer)
ORG: Metallurgical Research InstituteL VZKG, Ostrava (Vy%kumny ustav metalurgicky
VZKG) A
TITLE. Effect of the oxygen content in the molten bath on the faulty character of
the teeming process of rimming steel
1110
SOURCE: Hut eke listy, no. 11, 1965, 770-776
TOPIC TAGS: molten metal, metallurgy
ABSTRACT: The article reports on an investigation of variations in the composition
of the molten steel bath and a statistical analysis of operating data for a two year
period. The results showed the feasibility and the need to control the deaxidation
process according to the composition of the molten steel bath. Ctrig. art. has:
16 figures and 1 table. [Based on authors' Eng. abstract) IJPRS: 33,7321
SUB CODE: 11 / SUBM DATE: none / ORIG REF: 001 / SOV REF: 001
OTH REF: 016
Card I/I UDG: bb9#U415-5.53:

KALISHCHUK. A.G.: AVSiREYKH, A.S., inzh.
Compact loading of machinery and mechanisms on flat cars.
Zhel.dor.tranap. 44 no.6:76-78 Je 162. OffRA 15:8)
.1. Glavnyy inzh. stantaii Brest-Mentrallnyy Belorusi3koy dorog!
(for Kalishchuk). 2. Stantsiya Breat-Tsentrallnyy Belorusskoy
dorogi (for Avstreykh)*
(Railroads-Freight) (Loading and unloading)

ARBUZOV, N.T.. kand.takhn.nauk; GROMOV, V.L., kand.tokhri.naiik; GORSKIT, B.Z.,
kand,tekhnenauk; 1. kand.tekhn.muk; KUNITSKIT, L.P.,
kand.tekhn.nauk; EMATO Wfid.tekhn.nauk; MOROZOV, N.Y., kand.
tekhn.nauk; PILYUGIII. A.I., kand.tekhn.nauk; FRIMAK, N.S., kaod,,tekha.
nauk; SMORSOV. S.A., kand.takhn.nauk; ULITSKIY, I.I., kand.tekhn.
nauk: KHUTORYAMSKIY, H.S., kand.tekhn.nauk; SHMIITSIB, A.A., kand.
tekhn.nauk; PINSKIY, Ye.A., inzh.; KARSAX, YaJe., red.; PATSALYUK.
P.m., tekhn.red.
[Civil engineering handbook] Spravochnik po grazhdonskomu stroitell-
stvu. Izd. 3-e, perer. I dop. Kiev, Gos. izd-vo tekhn. lit-ry USSR
Vol. 1. 1958. 867 p. (MIRA 11:5)
(Civil engineering--Handbooks, manuals, etc.)

ARBUZOV, I.?., k9nd.tikhn.nsuk; GROMOY, V.L., kand.tokhn.nauk; GORSM,
B.Z.i kand.tekhn.nauk; KALISHGHU, .4,L,, kand.tsklm.nauk; MITLKIT,
L,P*, kand.tpkbn.:pa*-;..KMk6*, D.I., kand.tek1m.nauk;,HWZOV, N.V.,
kand.teldmr~.nauk; FiLmrN 'A,f6'-j'kqnd-,te
0' ' - &4.nauk; M, - Y, *i 1.5. -
kand.tekhn.nauk; SHMMSOV,,.SA,,,.'-ii%-S~"i'ekhn.nauk; ULITMX~~-I.L,
kand.tekhn.nauk; IHMORYARSKif',;~1f.S.,- lcand.-~*,hn.uauk; SMMMIS,
A.A,, kand.-tel~finnauk- P'INSKIY. Te.A., inzh.; KORSAK, Yu.Ye., red.;
0
KATUSEVICH, S.M., takhn.red.
Nanwl on civil engineering] Spravochnik po grazhdamskoma stroi-
tel'stvu. Izd.4., ispr. Kief, Goa.12d-vo takhn.lit-ry. Vol.l.
1959. 867 p. Yol.2. 1959. 560 p. (MIRA 12:8)
(Givil engineering)

KALISHCHUK,-V.K.-,--slesarl
Drill for cutting small-diameter conduits under roads. Stroi.
truboprov. 7 no-4:26 Ap 162. (~aRA 15:5)
1. Strcltellnyy uc.'-.astok No.7 tresta Ukrgazn9fbesbrcy, Livov.
(Drilling and boring machinery)

FEDOROVICH, G.P.; DZYURAK, M.D.; BROSHNIVSKIY, Ya.O.j KALISHER, I.Ya.
Methoe of radian '-ric and thermometric investigations under
pressure ii, working producing wells in the Cis-Carpatbiam
region. Neft. i gaz. prom. no.406-39 O-D f64,- (MTRA 18:2)

y,
V L.
book Arplied 2!ogWIcS, Colloation of Artdvleu, No. 19 Uoscow,
uoatopu=zdato 19~v 53pp.
T'Ne articles an devoUd to a discussion CC methods at J.DtOMVUAS V&TiCKIS
t"013 of electrical logs, methods of determfting the pnoaltyj, parimbility, "
specitio surface Characteristics of water bouring rocks# and mothcda of deteivining
the phyalcal properties of sideimts " tha abaracterist1cm of vw-Ic%w physi"I
Varm-m-toars, A description of piezoelectric prousure recardiva vued in &wIeWc
e=ploratiou Is RUO given.

L 29710-66 - Bqp(j /EWT(I )_/EWT(m).jj.jEVp(t)/ETI.~ IJP(C) 14 q M_
ACC NRt AT6015406 (N) SOURCE CODEt LIR/925~52/65/000/104-510245/02!;6
AUTHOR: Veselov, K. Ye.; Kalisheva L. V.; Telepin, M. L.
ORG: none
TITIX: Using phase transitioni to Improve the thermostatic control of instruments
SOURCE : Moscow. Vsesoyuznyy nauchno-iseledovatellskiy
razvedki. Prikladnaya geofizika, no. 45, 1965, 145-156
TOPIC TAGS: phase transition, thermostat, gravimeter, gallium bass alloy, ice, outect
ic mixture
ABSTRACT: The authors consider methods for improving the acc-,wacy of thermostatic con
trol when using delicate instruments in physical experiments such as measuring the
force of gravity for geological prospecting purposes. The thermoatatting action of
low-melting materials during phase transitions from the solid to the liquid state and
back is considered as a possibility for practical use in highly accurate stravimetricV'
measurements. The opposition to changes in temperature In this case is due to the la-
tent energy of the phase transitions (melting--solidification) of the fusible material
A thermostat based on the two-phase principle with ice as the fusible material was uce
for a quartz astatized gravimeter,4n 1954 at the Gravinetric Institute of the_&jj-jbak
Scientific Research Institute Qf Goophysica. The instrument ma found to be sensi-
1/2

HP MI IlIgI111111munal
L 27710-66
ACC Nal AT6015408
tive to mechanical shock and caused 9 ting of some of the gravimeter glasses. Ex-
perimental thermostats using gallium allLum-based eutectic alloys and hydrocarbons
are described. Out of a total of 87 alloys which were studied, two wort found to have
promise as materials for two-phase thermostatst G&-Zn (95% Ga, 5% Zn, melting point
250) alloyed with lithium (2-3% Li) and bismuth (0.05-0.1% Bi), and Ga-Sn (92% Ga, 6%
Sn, melting point 200) alloyed with bismuth (0.5-1% BL) and lithium (0.5-1% U).
The ptwity of the initial components, accuracy in maintaining the autectic ratio and
absence of harmful impurities are extremely important. The thermostat was made in
the form of a double-walled polyethylene housing placed over the gravimeter case and
put into a Dewar flask together with the gravimeter. The space between the malls of
the thermostat was filled with the fusible material. Tests of the thermostat with a
gallium-tin working alloy showed satisfactory resistance to thermal shook at the re-
quired tempera ure (200). Among the hydrocarbons tested, the most satisfactory was
n-heptadecane C17H36) with a melting point of 220. Field tests of a gravimeter us-
ing a two-phade thermostat based on this material showed a zero drift of 1.3 agal/hr
which in 1/10-1/20 of the drift for the same gravinater without compensation. Orig.
art. has: 3 figures, 1 table, 1 formula.
SUB CODE: 08/y/ A ORIG REF: 004/ OTH FIEFi 004
f4ATE, n0l-A-

VlS7WVq K*Te.; GOLOMB, Vol.; KA6LISHVA, Lro; KUDYMOV, Mao; LOZINSKM,
AoIo
On FI, Wavchenko's bookt IGTarlmstrio prospooting for oil and
gas.* Reviewed by K;Z. Veselov and others. PrikI. geofiz. no.19:
245454 158. (KIRA Ilt4)
(Pro" et Ing.-Ge ophys Leal methods)
(U-Jmvehonko, P.I.)

099TS-16) R.P.; GELID, P.V.; KAUSHEVICH, -' G.I.
- -----
7ber-mochemistry of iron silicides. Heat capacity, enthalpy and
entropy of lebeauite. Izv. vys. ucheb. zaV.; chern. met. 6 no.11t
146-152 163. (M RA 17 13)
I.-Urallskiy politekhnichaskiy Institut.

KALISHEVICH, G.T.- GELID, P.V.; KRENTISIS. R.P.
Heat capacity2 enthalpy2 and entropy of cobalt nononilicide.
Teplofitz. vys. temp. 2 no.IiI6-20 Ja-F 164. (MIRA 170)
1. Ural~skiy politekhrAchesk4-y institut.,

-66 /i,NP N P RM,/~j -iTVjIv.
~69v;S
ACC NR: AP6014896 A) SOURCE CODE: 1)'R/Ci076/,)5/039/01.2/2999/3'.)D1
Krant.
;AUTHOR: -Kalisbevich, G. I.; Gol I.d R. P.
!ORG: Ural Pnly a nic Inallipt (Ural I skiy
I _g
politokhnicheskiy institut)
4,
.TITLEr:
iand of
':SOURCE:
Standard heat papacities
N"'~ ~
-chromium and its silicides
ZburnaVfizicbeskoy
helpielsof Silicon,
entropies, and ent
khimii, v. 39, no. 12,, 1965, 2999-3001
TOPIC TAGS: beat capacity, entropy, enthalpy, silicon, chromium
compound
ABSTRACT: The article reports a study of the temperature dependence of I
the beat capacities of silicon and of chromium and its silicides in the !
temperature interval from approximately 54 to 3000K. The alloys for tbei
, S1
99.999_"
investiCation were prepared from monocrystnlline all-icon P
and electrolytic cbromium ( rv 99.98% Cr). Corresponding amounts of the
components were melted in a type MVP-3M induction furnace In an argon
stmospbere. A homogenizing onneal of the billets was carried out at
16000K. By this method, the following stoichiomotric allicides were
obtained: Cr 3S" Cr5S'3, CrSi. and CrS12s A large tabla gives the
Card 1/2 UDC: 5~1,11

L 36958-66
ACC NRi AP6014896
values found for the beat capacities of the above aubstances at
different temperatures. From the host capacity measurements,
calculations were mad the characteristic temperamm 6) the
standard entropies SO SO~5 ' and the entbalplas A H 5. -Re,
additive rule is not valid for calculation of the Rat capselitles of the
cbromiun silicides; its application for the calculation of the standard
entropies gives an error not exceeding 4-5%- Orig. qrt. has: I figure
and 2 tables.
SUB CODE: 20/ SUBM DATE: 300et64/ ORIG REP: 007/ OTH REF: 002

KRENTSISS R.P.; GELID, F.V.; KALISHEVICH, G.I.
Thermochendstry of iron silicides. Heat capacity, enthalpy and
entropy of FeSi and F05Si3- Izv. vys. ucheb. z&v.; chern. met.
6 no.9:161-168 163. (MIRL 16:11)
1. Urallskiy pollteklinicheskiy institut.

KAIJSAEVICR-~ 1. V.
KALISHEVICHi 1. V, "A COMPARATIVE INVESTIGATION OF THE EIIPICHUENT
ON SLOWER SEIVES OF THE SHORTS FPOM WHEAT PREPARED FOR GRINDING
BY THE ORDINARY METHOD AND 8V THE METHOD OF DAY HULLING." MIN
HIGHER EDUCATION UKRAINIAN SSR. ODE88A TECHNOLOGICAL INST
IMENI 1. V. STALIN. ODESSA, 1956.
(A)ISSERTATION FOR THE DEGREE Of CANDIDATE IN TECHNICAL SCIENCES).
SOs KNiZHNAYA IETOPisl No 23, 1956

DUDAREV, I.R.; KALISHEVICH I V KOTLYAR, L.I.
Technoligical investigationa of huskern of moist wheat. Izv.v7s.
ucheb.zav.;pishch.tekh. 1:71-79 161. (MIRA 14:3)
x
1. Odesskiyteklinologicheakiy Institut imeni I.V. Stalinag
Kafedra tekbnologichoskogo oborudovaniya i kafedra tekhnologii
mukomollno-krupyano 0 1 kombikormovogo proizvodstva.
fl4ille and mill-work)
(Wheat) "I',

4,11. 1., atmr, I W~ I 1__., --V
16~~,4 7. 2.
Ussa/Engineering HydrAynamic equation
Card 1/1 Pub. 22 - 10/47
Authors Kalishevich I. Z.
Title Approximate integration of the equation of flaj; turbulent gas YadivinT, with
supersonic speed
Periodical : Dok. AN SSSR 99/1, 37-40, Nov 1, 1954
Abstract : A general solution of the equation expressinga flat gaseous whirl loving
with.sunersonic speed is presented~ the solut~pn o-t ~rhich Can$ ~O ui-ilized
for the solution of boundary problems of a flaL, stabilized su~prsonic move-.
ment of gas with variable entropy. Three USSR references (1949-1954.).
Institution Leningrad State University im. A. A. Zhdanov
Presented by Academician V. I. Smirnov, August 17, 1954

Ilk M4H nmul 1
WIIP
f 1)0114:4111 agghtelill. or,
Kalikvit, i. Z. Solution 0 f
VC
discoall-
nuities. DAL Akad. Nank ")SSR (K.S.) 1112 (IM)O)
1085-1088. (Russian)
The author hai previo roxiniAfoll
usly devclopvi ali app
of unspecified accuracy for the stream functiort of Wfady
lane rotational flow which i'livoli,es ibrei: arbitlary
P
uInctions and several arbitrary colistatits. [sitme DAL
(N.S.) 99 (1954), 37-40; MR 16, 64t). Now he has shown ~i
how to determine these functions in orda to:.qolvc,four
standard problems -,vitb boundary data~ on (1) a tion-
characteristic curve; (2) intersecting characteristics: (3) a. J
characteristic and a jet boundary; (4) a charactcristic and i i
a rigid wall. Giese (Aberdeen, Md.).
of,
--0- h

I aivenle by hydrogen out-
qualitsilte analysit. A.
1. lluWv 41141 (), K. Eaq1till 1101VIMI
Just., Vladivu4tok, USA: .). Zkol. 1". Khi-s~ 4.
317-18(ID49).-Addn. of a Uttle I bastens the pptn. of
A". Acidify the sotn. to be tested with IICI. intr(Aum
a moderate lutim of II.S. after sonic time add a few I Otys-
tab and continue the llS for an mildni. 541 min.
N1. I lotch

),0) S 07;; ;~ 0 - 1 4 b
i 10 V , V . N K, I I v i v h K
T T TL E T h r o b I e m dr-7 -fi e 1,3_f7r_,c_ --i- p L I K e r a t o In h y r e K v o p r o s u
ob usiovi.,,rakh obrfizovaniya
i,IERIODIC,%1,: Doklaay AKademli mauk .,;j V r-, I Nr Ii, pp SIOP-904
B,';T R CT Tho spilite-ke.ratophyre formation the zelenokmmennaya green-
z t :~ i: rm c, r., p rt a 1; 0 ocil rocl(N 118.,lally
c!r,.i-,iriat(_- it-, wi, be~!irininjj, of' t.ric cycie (Ref 2).
.kccording t(-' DI-C-Sellt id(,as iPel* I th4~ spilitic f'ormations,
occurring
differing aci~iities, _nre bailt over a
lapig pe-iod .-)t' tittle UIIdC*V Z~LIOPMVOIP rill-,;. i. f, in1l.", ja Just
tn~s,: rnndi.*.icm!. and t;ct t.tnt~-. uri6lnal c(~myjoclticins ' th!-:.t are
kiold renpom-,,iblp. for the T)ccu.li,,r und -cQinpos it ion (markedly
aiiTering from the usual calc-:Alkali eories) cjf* the spilite
ln.vas. The pazleogenArapn
y c I iakhn 1 1 n 0 ur i ny t h -? T er t wry w8 a
oft.:.n t,~vor,..ble i:~,- C!:" t'O t!")IL 01
C~ -ftrJv Pliocent-_,). kn
C d -1f, 131,11il't In foi-mationo ailow.9 not only

!h,~ Probk~m G---n-eis --t'
OV, 20
ti x1i c rm on t' v , Ica 11 jo~ t V I j b1i
i , (~e' A.- , ~*;I '1 :1 --.'WI tVOTIMk~11. , ; I ~' q t !,
o t C I 1 1. 1, 1 11 (,!1 1 11 t' Lt n.1 ' of)i% a Mrs
'!',;i I is lit- v icn on ,he ba and
f n,l I tcOlcyy t-)rcimiod t t~a t 1, 1 llr,,w Ivivas and ba I
I lavas
11 V'y'i o v!,:,l I? i v e. Ia I I (i a C) - [!t r i ow-rui)tec at a depth
Ild o 11~3 rit' salinity
a na xt" (Iii 11 gt~ '1 0 "11"d ar:ai,)Fouq iawi:3 on the
','Amanon Z0110, at
Q S L :I iA n m. Due tu the rapid coaitig ,h.?
"ir, +Iltt-'. "Inj'sy a micrapoj-.Aiyr-*Lt-ic t-?xture. Althou8h
unaer ti-.e water ii~~s -oroducHd a sDecial texture
and uloo -,,a sone extent influenc(-Li 01- :rrin-,rai composition, the
-ioQLast iss in no wa~ albitized - tht.- particuiar character-
of spilire-keratophyre. Thin study has Shown that Sub-
m.--r-Ine eruption alone, a", lea.,,.L up to dePths of 100 m, Ir. not
onnaigh to pridacc~, spilitt~ lavas. There are 1 table and 6 ref-
evences, 4 of which are '.'~)Ovict.
"'0 C T:. 1 Q N ; .
, I - I : kl-ia I i nsk iy ko mpl o:iesnyy nqiicrm,,; ledova I e1 Iskiy ins t itut
C14 1, d 4, " , ~'v ~- ul t-- m i . n! .,, x 1 1 ~- , R "I t i ~% 1 j i a " c i t, r i r, ` i c~ Rea r c h I n 6 t i L I t c- o

KALISHEVICH, O.K.; NIKOLISKAYA, V.V.
- - - 1 -1. --
Interaction of endogenous and exogenous factors in the course of the
formation of the volcanic pile of the Mendeleyev Volcano (southern
Kurile Islands). Biul.MOIP.Otd.geol.38 no.2t165-166 i4r-Ap 163.
(MIRA 16:5)
(Kurile Islands-Volcanoes)

4 000 o a* 0_0 04-0-0 0o o* 0 0 0 0 0*0 0 0 0 0 0 00 *0 0 * 00:
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 111 0 o o 0 o 0 0 0 s o 0 0 o 0 0 0 0 a 0
C%W "I 1 11 11 11 " 0 11 0 " 11 0 " It di 41 M t
A 11 V 0
A I
ZA It -%V 00
0
F00
00
0 0 Of
002
0 v a Ip
WITH al" t -ddy aftnrl
~ql qIjm *.&,I,.. IlAqd-lq,
it, 'Wul.40 NJI,3141"IMI~Qd.
'MAIM4411x1ru 441 4111A 'F"**-v uujjjqj~ud )III r) #"m 1".
If - I
Lk"Wikikill V. 1101 A -I
V 'I' -if *il 'I'- 'Ppt!.X
00- mwf.~/ #.#43qurfvy , !~, 'fdlv-~) : "I CC 00
at , 9 00
00- 5-ii1ftyl )a pp
~y 00
00
0 00
- ------ ------ 00
:0-
1.1481 1-1 r.. 1... 09
lp-L T"
OT I 11''I W-V I SJU Ild IN VV Y -I- T_ A-1 A A I 1 1, .5 4 V I IT T 'r-ir
7 a fe to (I if *OKA" WK Ittr 114ow V 9 of a ot a 0 41 & I #I , I, It e4 ; I I p I I
0 , , lie 00 0 9 0 0 * 0 00
0 9 9,00 go 0 0000 0 0 0j!.;2t.2" -tiew -1 ~ 0 00 so IS 0
0 0 0 0 00 0 0 9000 0 0 0-

0 W v

I I a 0 v If tj 11 it if 14 it to IN 11'a sign j4pa" 11111vilifsku a 0 At it W a
A__C_L L-P W ix OR U
7bo
21.0-balfrall.

A
so
n car tome content and cb*mJcsl compask-
V
k=ty L
'
~ .00
cchrrondSA.K&Wst-
to It storage. A..S.N
i
tjO
O
j A0
4
: Bidi Applord Bwaxy, Geveloij
00
0 To ~
--Toward tbe end of March tbt -avicty NVotia knt 06
00
8 4t;.N% and the varictics Name. and flerand 2b.6ve ed ratu-
L S
i
1 00
0 .
.
1wris. J
t~tj~ when suicird tinder the same contl

J
j
40

its, Ji 10 - S L A MITALLUNGK41. Uff"I'(01111 CLAUNICAlto" ft-
p(.0-
51,1083 04V Oft
T V -
i

AV I
All 4
"'
014
Ib lb 'b S I
0
0 0 0 0 0 0 0
0 #10 0 0 0 0 0 0 4 0 0 0 9 0 0 - 0 0 0 * 0 * 0 0 0 0 0 0 0 0

'A A_
00 A
O*A
000
@of
go
*of
A
01
00 J
I
ooW 1
v
1 .0
potK1111111 4WD pleolptoto
Godney and S. V. KAJhJw!kb. Cpajor,
FCW. 8"d, Sci. U. R. S. S. 27,
In Order to del. 11W approxinlible Anil. of Chlott-VItyll in
unit of Vol. &M1 IL UnAt UUI*f.V in the leave% 0 Ablim",
a testes of the plant arm drawn oil PaPeF
In&SUtficatim. and their arcia wit" estd. according to NO-
ter by wtishins tile Paper pattClus, FUUT of t1wite kures
were photographed and studied for their number d Cellit.
noniker of plastids In it -11 and the sixt of the Placid,%.
.11 tin ZI kaves were ground into it thin
To 6it. chlorophy
rA and chmAt txld. with 11) M Of
tilatis with quaru ft
jimtone, the soln. made UP to 30 cc. and the cilti-titel
measured 4 divies by meam of lAnge,s colarimeter. The
7 78. 'the Intel
at. no. of chloroPtalits in a ted is M.1 I'lle sv
&rnt. of chiuMbyll is 42,v of I.Wly Silt Ital- -
mi. of chlorophyll In a chIM01"I'llit is 2-4 x It' 9
references. A. It. Mumv
JOIN
10 a OF 41 41 49 U 0 axe
A -11 It -A -1
- , " I A I
, ji~i, is
'00
=00
40 g
It*
Zee
"TALLUSSICAL LITINATIARE CLAUJIFICATION
--- ------ Is
slam,
- - : 7' _-__________'_'7;;;;7-;W:~;~ ----------
ILI I/ Won* s, ~ 14jumi "It Oki 4F-4-1
U9 At MM M . I F I
9 at 1111filits plait ICK
4 4 0 * 0 0 0 0
0 0 go 0 0 0.0 0 0 0 0 4 0 6 a 0 0 a 0 0 0 0 0 0 0 0 0 9 0 o 0 o o

o
A 4 4, i a it S

0
j it
elm T.
V. Mist It. Vra" I
r H. V. Kath vkh. Irsidy Imut. Mid. Atiult it I". A. 'I.
rI'IAWJA-iVWV, No, 2. 100-60M.-A review %ith tnimy
referewft on the Worst formation of clil,"hyll itt lite.
wnttd. A theory of formation is lormulattit thu,; lb,. 141
step is f(Crott" of pyrrult: compth. having a 11 it) jb(
00 posit ion, wbkh then cotidto*wlth C1110 U) ykki r1j,
00
0
irl ,
0
0 by a loss of 1110 may givip trtjApy"ofrojr*lxxphyrjH which
Is reduft]. in several steps, to Protiochlurciphyll or clljiw,,-
Although it wu rm jxwolble to L-milair klIC1,phyll
rxl)tl, plant IPICULS, the reductitin of lirotochl(ru.
phyll to the kmm dMv. wall iltnton-ilraled; the Ist teroxi -

00 dixts to a substance whiine spectrujo jjt c,)juj)Amble 10 that
olprotochtforophyl). The inner skins of the pumpkill.4t.1-11 I
*0

0
10 0 were rapidly exid. with pyridine and the ext. aliquot wa,
dild. with W011. Thlil was treatriJ with aq. ArOll suil
Zn dust in N still. hyr 2 hirs, at roonj trillp. 'file pale
yellow Wn. could be kept without chanKe umit-r lwtrl,.
0 * a

A

, latuin for 2 montlis. Bubbling with 0 rojimijr~ tht
nuttettial In I hr. at W'. in 2 hirs. at whist, f;u,,ju)4
it, the air at 15* required 32 hirs. fcw reuxiti.ition. 'I hr
Oxidized soill. an jw%w through Pucr(re 1110i.it,t"al "ith
-betizene gave 3 abintptioa mm-
it liarrow cl,Lrk mir
(where roacn. of a component with alA. loituil, at
21 0175,0019-W, W74,649, 6NO-Wo, unit M411 4110) A.

11 1
F16
i.0 0
"00
0
0
9*0
!,.:Zoe
Zoe
took place), a middle Smen zone (where rourit. of coni.
Ix)ticnt with %lij. bolrul% at 631`i-Olul,
5MU, fir-M-Will andMil-TIMA. i(x)k place) ituil,ty, fittw
; 11 2 ~Carolrnaid I too
5
A; !!V ;
4 1, ;.r :U00
Ij I.-I
-_4 1
---- - -----
W H 0 63 4 11 1
?I to Cir4( Wit IEU It(trit atitlaon I to
O:io 0 0 0 0 0 0 0 0 0 a 0 to 0 of 4 0 0 0 0 'e/
00 0 Lo 6 60 0 0 o o 0 0 0. 0 oro[-

a a W W W W W W - . I ~ ; ;
0 1,
a At me
114161601*111i'l U It 16 v a A IQ p -:
0~ -U. -A.- A. a ... -A a.. 1-1
9. r -fi
-a I L t.0 ......p
SA
. ........... - - ------
0 fr6
~ ;
:
Stswurs 04 Owiroplads and O"Cantration of 4W*ro-
o
?hYlI hS GOM &qVAU4 thilltil. T- N. O'k1lifif, -go
tc v U. Is 4&kh4fi,.h- P.Alady b.14.
00
ttl H.,06. 93". 01(lum. Average chlor.phyll
all
0 0 cimitcat in ch"Wts during growth peri-xi 1. :1 X W
00 In Sjn4=gdru. 2.4 X W-0 in Waimm inmisam, J.m X -0
00 to ces"imm; the 41"t. Vbri" f"n 1.9 x
10 -1 to 4.3 X 10-1 aprxoz. with the site 44 the C111(mo. so
00 pl,tals. In pad.16golism )like I I he chlot,44ty 11 I'M I Vitt rl
I., =0 0
0 Stiffact spreinictisind mcnistil, ml i
lower us alseristims taken frous 3 in depth, with a ximil.ty %o
0 01 mot 6cins fixisid in P. p"mi-itas: 'rho wimitic, of site -00
chloroplasta from the P. plerf,sthatui (in p) are 3AN. 3.04,
00 13 'And I.W. from 1'. lukax: 3.16, 2.4, and 1.3 1 (voirf,ilv too
00 altevittsests. with axneWhAt Lirorr vilues Itst the altv
00
to 0
"if 0
1 L A AtTALLtrP.LWAt Lllf*&Tt;dt t1e:
ss.
-1 ;nl;b
0 U IS All 10 11;q, w p it it v K K 4 It a .0 -0 oil 0, 0 0 0 0 o 0 0 0 0 4 0 0 0 0 JIM
9000000 00*0*:*000*,-,Ooooooo*ooooo0000000011
:10 0 0 0 0 o 0 o 0 0 0 111

VITA ~ Wli~~
yu conful of freshi-wator plankton. f. N.
YA"lWxykb. and .F. Z-Akh4rkh fOCIO0111,%%.
Co_~.Udarsj. Univ., im. V. 1. Jcnima). Dokkdy Abad.
Nauk S.S.S.A. TJ 1041-4(1050) -SAnne 31 olmeintros
drawn from lakes In Westrio Ru'%iLt wcrv analytol for
chWruphyll. N"tions front 2.4 to IM -0. were fmml.
i The highest valws were found in plAnktait frout NArOCh
IAke in summer months. a I-Ake with hi4gh dArity -it w4ter
and poor level W plimkton popuLitiun, Generally, 41cep
oligatrophic lailots gay* low viducs while shAllow Lskes lendol
to give higher v;ducs. Cmucrulty the level of photosynt6"is
paralleled the plankion population. G. M. Ktm)ul)oo

&-. / -5 121- v-," (-, /,/j -). V
GODAV, T.M., -i.,ISMICH, S.V.: ZAKHARIN, G.Y.
- .
Chloroplaat structure snd chloroptiyll concentration iL name nquatic
ninnts. Uch.zap.BGU no.26:158-169 156. (KLPA 10:9)
(Pondweed) (Chlorophyll) (Chromatovhores)

KALISHEVICHY S.V.; POROKHNEVICH, N.V.
Effect of gibberellic acid on the atomic structure of htAp stems.
Fiziol. rest. 11 no.2-,206-209 Mr-Ap 164. (MIRA 17:4)
14 Department of Plant Physiology, Byelorussian State Vniversity,
Minsk.

KA11- I Ciilp_lv IC H j r, N . ~ I. I" VICH 2 N N .
Effpc+~ of zinc t,n the aim of plautids and thmir pigmentut'llon in ha=.
leave3. Pot.; issi. Rol. otd. VBO no.6sl8-22 164. (MIRA ISO)

AUTHORS: Kalishevich, T. G., Posyllnyy, V. Ya. 2o-119-4-38/00
TITLE: On the Absence of Interval in thn Sediincii'lation Between the
Cenozoic and the Mesozoic in the J'a6ion of Sinegors!:-Zagorsk
on the Isle of Sakhalin( Ob otnutsvii pereryva v osadkonakoplenii
mezhdu kaynozoyem i mezozoyem v rayone Sitiegorska-Zagorska na
Sakhaline)
PERIODICAL: Doklady Akademii Nauk SSSR, 1950, Vol,, 119, Nr 4,
PPt 766 - 768 ( USSR)
ABSTRACT: On the strength of the Sinegorsk-Zagorsk exposure several
authors (References 1-3,9,11) came to a conclusion converning
the discordant stratification of the Naybutinskaya ~Nizhneduys-
kaya)suite as marine sediments of Upper Cretaceous ~Senonian
stage) though they did not observe the contact of the Cretaceous-
and Tertiary sediments. Kuro3ava (Reference 5) said that there
was no clear boundary of this kind. On the strength of newest
investi,gations a detailed scheme of the exposure in question was
determined. The author in of the same opinio n/ an all previous
researchgre 0t that there is no interval in the mass which formerly
card 1/3 had been classified to the Senonian stage. He found for the

2o-1101-4-'J8/6o
On the Absence of Interval in the Sedimentation Between the Cenozoic and
the Mesozoic in the Pegion OfSinegorsk-Zagorsk on the Isle of Sakhalin
ASSOCIATION: Gosudarstvennyy soyuznyy goologicheakiy treat Sakhalinugle-
geologiya (State Union Geological Trust Sakhalinuglegeologiya)
PRESENTED: November 25, 1957, by S. 1. Mironov, Academy of
Sciences, USSR
SUDMITTED: November 25, 1957
Card 3/3

ROZEN, Georgiy Anatollyevich,- KALISHE;VSKAYA, I.p red.
[Tables for calculating the volume of earthvork under
engineering structures] Tablitsy podscheta ob"emov
zemliaqrkh rabot pod inzhenemye korimnikataii. Kievy
BudivelInykj 1965. 192 p. (MIRA 18:8)

BAZI, Boris DmitriYeViCh; VOLOSHCMIKO., Z.11.,, red.; KALI Sn-VS-,KAYA
J,K-, red.
(Normative pressure on a natural foundation; calculp:tion
tables) Normativnoe davlenie na estestvennoe osnovanie;
tabAtsy dlia rascheta. Kiev, Budivelinyk, 1965. 188 p.
(MIHA 18;7)

V D
jAW/BIoloFy Biochemistry
Card
Authors t Kudryashov, B. A., and Kalishovskaya, T. M.
Title
Periodical
Abstract i
Institution
Presented by
Critical analysis of the A. J. Qidck hypothavi ii re ~rdlng the bloch'i.-rdeal
FrP
role of bloos plasma in the process of blood c~)a gmalAi On
Dokl. AN SSSRp 96p Bd. 50 1029 - 1031, Juno 19,54
A critical analysis Is presented on the A. J. (Ndck ihy-Dothesis' regarding
blood pla,sina and blood coagulation. The exper~Lment;11'results obtained
by the authors do not confirm the Quick hypothlWais!tiut give basja5 to
the belief that blood plasma isthe sources of. prot~r6rnbokinesib and
plasma contains thrombotropine as its activaila;'r. The, substance!! in the
blood plasma does not activate prothrombokin~~isls of:-the tissum. but be-
comes itself activated kv coming In contact ~rl:th the plasma agent -
thrombotropine. Twelve references. Tables.
The ~f. V. Lomonosov State University, Yoicow
Academician, V. A. Engellgart, March 10, 1954

KALISHEMAYA, T. 111.
KALISHEVSKAYA, T. M. "A Study of tI-e Thromboplastic Agent of the Blood
Platelets." Moscow Order of Lenin State U imeni 11.
V. Iomonosov. Soil biology Faculty. Voscow, 1955.
(Dissertation for the Degree of Candidate of
Biological Science)
So: Knizhaya Letopis', No. 17, 1956.

ga of clis Thy of VW3
GU41119th OftbAcAlpiltarlds after sqIsuc4t*my. B.AtKulJ!rji-"
Ishov T
l
M
K
lbh
W
M V
P
.
.
a
e
yMtZY&, A
.
. PAAOCUVN (U. Il
.
1Q7..1W7ZiA).-C*mp).te rcmvA of Thai
I r-pleen from wNte mts Iftds to a rupid smd gmt dmp in thi-
th-boplastic utivity of bkKd. Aftl!f 2 weeks them bij::
gim A Mitoration d this fum6oa wILkh is comptete in vui
1
4 weeks. AImS with the drop In thpitaboplaittle aciivitp
1
h
I
ere
t
s a puakl dmp In the cut-agh of the C2111
1"Iell. ~i
whose reAmation occum somewhat caejcr, howtver.

v

up'sTMIRREll ppil R
H Hill 1,11cl 4 lit 11911'.19 I'll.; 111011.01 11"Iff1tv F 504MI 11: IN If. ITI clwut~-13:1 Ili

mom

Ole I

_Li ~ __ ~. I - -, ~: - -
J, 1~
~
-ift

KORYASHOV, B.A., prof.; AIIDRIbTNIIKO, G.V.; LILITIMA, F.D.; RAZASIYAU, G.G.;
FASTCROVA, V.Ye.; SYTINA, N.P.; XALISHAVSXAYA, TM.; SHIMONATEVA, YeJe.
Nature of hemorrhage in experimental radiation sickness in animals
lifith summary in Inglish, p.601. Probl.gemat. I perel.kravi 2 no.6:
3-11 V-D 157. (MIRA 11:2)
1. Iz biologo-pochveanogo fakul'tats Moskovskogo gosudarstvennogo
univeraiteta.
(HHHORRHAGN, experimental,
x-ray induced in animals (Rue))
(RCWNTGBN RAYS, injurious effects,
exper. hemorrh. induced in animals (Rua))

j4,C Vq d,.~t4
cies Spmifity of Prothrowbokimse of Blood Platele)ts r- nd
of Thrombotropin,, by T. M. Kalishevskaya, Moscow State Uft-
versity imeni M. V. inmbnosov, DoREFRy- Akademii Hauk GSSRj Vol
112, No 3, 1957, p 477J+80
The purpose of the investigation was to study species Bpecifity of
prothrombokinase of blood platelets.
Data obtained on the study of species characteristics in -the activa-
of prothrombokinase by thrombotropin show that there are substantial
differences between two species of thromboplastic subatance. Tissue pro-
thrombokinase (brain) has marked species specifity, indicated by lack of
activation of brain prothrombokinase by certain species of plasma throm-
botropin, whereas the prothrombokinase of the blood platelets does not
exhibit so marked a species specifity.
Thrombokinase of the blood platelets, as also the thronbokinase of
the human brain and of corresponding animal species, lacks species specifityll,
in the sense that it is capable of hastening the transformation of prothrom-'~
-bin into thrombinin the plazas of various species. (U)

20-5-59/60
AUTHOR KUDRYASHOVB.A. ' KALISHEVSKAYA T.M.v PASTOROVA, ;VVk)"bfti
V.Ye. and PRE QBRngi�!-A~M7,~.e. --
TITLE Blood Prothrombokinase and Thrombotropine Deficiency in
Spleneotomised Rats.
(Neaccotatoohnostlprotromb*inasy krovi i trombotropina u
oplanaktomirovannykh krys.- Rusoian)
PERWDICAL Doklady Akademii Ifauk SSSR 1957 Vol 1U Nr 5, pp 1128-1131

ABSTRACT The authors showed already previously that a complete
apio-nebtomy ~A animalslaads to an abrupt thromboplastio
'ILO.tivity of the blood. At the same time a oertain lose of
.solidity of the capillaries is obseryod. The pros*At in-
Yeatigation i's dedicated to the study of the immediate
causes of the catastrophie reduction of the mentioned
blood activity. Thi*s activity depends on the amount and
quality of prot;hromb~kinase in the blood platelets (of
factor 3 of the blooa platelets) and on the level of
thrombotropine in the plasma. Therefore, when teds were
resumed, chief attention was concentrated'on the study of
the number of blood platelets and the prothrom ' inase
11charge" contained in them. The concentration o this lat-
ter enzyme in the plasma at different stages of the ex-
CARD 1/4

20-5-59/130
Blood Prothrombokinass and Thrombot-ropine Deficiency in
Splenectomised Rate.
under control of vitamin X. In operated animals which
received large doses of 2-methyl -1,4-naphthoquinone.and
in others which received sm411 doses of synkavit, the
thrombotropine concentration was restored after 24 hours.
It was found to decrease further 'by 15 ~4- In spite Of
this restoration the former low thromboplaotic blood
aWvity was conserved in the rats. This indioates that
the notiped, deoreae* in concentration to 40 % is not the
only and inain cause of the cataetropUo decrease in blood
activity. Therefore the prothromboki ase of blood
platelets as the second agent on whicl tile formation
of blood thrombokinase depends was at-died. On-the 7th to
8th day after the full operation the n=)er of erythrocytes
in the blood -41.9 considerably reduced: the number of blood
platelets risas sharpiy. It seems that there occurs a
certain absolute increase in platelets at thiu tims. The
results indicate that the prothrombokinase deficiency (of
factor 3 of the blood plateletB) occurring i --lenectomised
CARD 3/4

20-5-59/60
Blood Prothrombokinase and Thrombotropine Deficiency in
Splenectomised Rats.
rats is due to an infection agent (bartonellosia). Thus
the insufficiency of blood platelets with regard to
factor 3 may be a consequence of infectious toxiooses.
This phenomenon can be removed by antiinfootious agents.
(4 Tables, 5 Slavio references)
ASSOCIATION: 11H.V. Lomonoao-,r" Mosoov State University.
(Moskovskiy gosudarstyennyy universitat in.M.V.
Lomoncova)
PRESENTED BY: V.N. Shaposhnikov, member of thj Academy.
SUBMITTED: i.lo.56.
AVAILABLE: Library of Congress.
CARD 4/4

KUDRYASHOV, D.A.; ANDRE60 G-Ve; DAZAZIYAII, G.Gqj(ALISIIN'V5j(AYA. T.14.v
FASTOROVA, V.Ye'.j SYTINA, N.P.; ULITINA) F.D.
The physiological anticoagglating system and arpwrimantal prethrombotic
state of the organism. Vest. Moak. un. Ser. 6z'3.;.23 Mr-Ap 161.
(MIRA 14: 5)
1. Laboratoriya fiziologii i biokhinii evortyvaniya krovi.Moskov-
skogo gosudarstv,enno0 dniversiteta.
&OOD-COAGUIATION)

XUDRYASHOT, I.A.; ANDREYMMOO G.V.; BAUZIYAN,, G.G.; KALISItSTSMA,, T.Ple;
7
PASTOROVA., V.Ye.; SYTINA.. N.P.; UWTINA,, PD,
Physiological anticoagulation system in an experimental pre-
thrombotio state of the organian. Min.med. 39 no.3t19-30
Mr. 161, (KMA 1413)
le Iz laboratorii fiziologii i bi6V~ii sverty7aniya krovi
(rukovoditell - prof* BeL Kudryaaba7) Moskovskogo universiteta&
(BIDOB-COAGULATION)

KALISWLqK&YA-, T-M ; KOTLYAR, B.I.; KUDRYASHGV, B.A.
Study of the reflex pathwayo of the physiological anticoagulation
system. Biul. eksp. biol. i med. 52 no.7:5-9 J1 161. OLAMA 15:3)
1. Iz laboratorii biokhimii i fiziologii svertyvaniya krovi
(zaveduyushchiy - prof. B.A. Ku#ryashov) pri kafedre biokhimiil
zhivotnykh, biologo-pochvemogo fakul'tata Moakovskogo gosudar-
stvennogo universiteta, imeni M.V. Lomonosova. Predstavlena
doystvitelinym chlenom ANN SSSR S.Ye. SeXeriwjm.
(BLOOD-COAGUIATION)

X'UDRTASHOVv B.A.; MDLCHANOVA, L.V.; BAZAZIYAN, G.G.; XftjjqfIEVSKAYA. T.M.;
SYTINA, N.P.
Preventive a:ction of antithrombin VI in experimental thrombo-
genesis. Vop.med.khim. 8 no.1:68-72 Ja-F 162. (MIRA 15tll)
1. Laboratoriya fiziologii i biokhImii svertyvaniya krovi
kAfedry blokhimii zhivotnykh biologo-pochvennogo fakullteta
Mookovskogo gosudarstvennogo universiteta imeni Lownosova,
Moskva.
(THROMBOSIS) (ANTICOAGULANTS (MFDICINE))

K&LISHEVSKAYA, T.M.; BARDYSHEVA, Ye.A.
Role of tile vegetative nervous system in reflex humoral regula-
tion of the physiological anticoagulating syntem in frogs. Biul.
eksp.biol. i med. 55 no.1:3-6 Ja'63. (HIRA 16:7)
1. Iz laboratorii fiziologii i biokbimii evertyvaniya krovi i
kafedry fizioloFii zhivotnykh biolog-pchvennop falmillteta
Moskovskogo gosiadarstvunnogo universiteta. (Rukovodit*Ii, -
prof. B.A.Kadryashov i prof. M.G.Udellnov) Predotavlona deystvi-
telinym chlenom AMN SSSR S.Ye. Severinym.
(NERVOUS SYSTEM, AUTONOMIC) (FROGS)

KUDRYASHOV, B.A.; KALISHE"VSKAYA, T.M.
Defensive reflex antiplasmin systent in the. body. ~Iul. eksp. biol.
i mad. 56 no.9:29-33 3 163~ (MIRA 17:10)
1. Iz laboratorii biokhimii i fizialogii avertyvriaiiya krovi pri
k&fedre biokhiraii zhivotziykh Moskovokego gojudar~,;tvean-op uni~rer-
siteta imeni Lomonosova. Predstavlana deyntvitelIrlym chlenom AM
SSSR S.Ye. Severinym.

'j, 1
1'4,1, tra I i zati cri ~tff' ant if,ll~.lrrilrl in tlhi,~ bloo:l aurlnF a, protectl 41
.1 k, -IV
r e I or i of t h n p h y s I n I 1 -1 j,~ 1 1, ~i c i i -s y!- ~ e :I .Prob' . gem-at.
1,'. 17: 11
I . la ho ra L o r i pt V I -,. i -1) 1 i i i 1 .9 v (., r t, ,rv a n 1na kri-A (zav.
- prof. B.A. Kudryashol.,) I'alrcul.'ti)ta Moskovskogo
gusudarotvenrogo tin lvorj I llotu.

A?
VLXV4IROV. Yaroslav Vladimirovich; K
Antonovas
WUPOBHIIIXOYAg A.A., red.; SOKOLOVA, R.Ts., t skii "' - ' - ~
[Teaching mechanical drawing in the schools) Prepodovenis cheroheniis
v ehkoleo Moskva, Imd-vo Akado pedagog, mauk R$?SR, 1957. 228 p,
(HIPA 1111o
(Mechanical i1rawing-Study and tsoohing)

JSZEMKAXA,-YaIejAin&-Ant==4I SIIAPCSIIIIIKOVA, A.A., red.; NOVOSEWVA,
Y.Y.0 tekhn. red.
[Teaching mechanical drawing in eight-year schools according to the
new program) 0 prepodavanii cherchenlia v voolmiletnei shkole po no-
voi programme. Moskvav Izd-vo Akad.pedagog-dnatlc RSF3Rq 1961. 34 p.
(KDA 14:6)
(Mechanical drawing- Study and teaching)

KALISHNSKAYA, V.A, (~bskva)
A no-v student's textbook on drawing. Mat. v shkole n0,5:50-51
S-0 163. (KERA 16: U)

KALISHh'VSXAYA, V.I. (Tbilisi)
Soils in the Georgian Republic in regions of endemic goiter.
Probl. endokr. i gorm. 1 no.5:62-67 S-0 155. (KLRA 8:10)
1. 1z Respublikanskogn protivozobnogo dispansera (glavM7
vrach--zaslnzhemW vrach reepubliki doteent I.A.Aelanishvili)
Mintaterntva zdravookhreneniya Gruzinskoy SSR.
(GOITER,
endemic in Russia. soil in endemic areas)
(SOIL,
in areas of endemic goiter in Russia)

KALISH3VSKAYA...V-I. (Tbilisi)
Role of woil conditons in iodine deficiency and endemic goiter In
Oni and other districts of the Georgian S.S.R. Probl.eadokr. I gorm.
2 no.2:58-62 Mr-Ap 156. (MM 9:.i0)
1. Iz resoublikanskogo protivosobnogo dispansera (glavnyy vrach -
zasluzhannyy vrach I.A.Aslaniahvill Deceased]) Kinistoretva
zdravookhraneniya Grusinskoy SSSR.
(GOITER
endemic in Georgia, off. of soil in iodine defic.)
(SOIL
off. of soil on endemic goiter & iodine defic. in Georgia)
(IODINE. defic.
off. of soil in Georgia)

XALISHVSML-,-- *Z. , inzhener.
Stud7 of aerodynamic processes in a cyclone furnace during com-
bustion. (Trudyj KVTU no.59;49-61 '53. (MLRA 9:5)
(Furnaces--Aerodynamics)

K I.-KATSNALISONg B.D.; KNOW, G.Y.; MIRMIDY, B.K.; UDZE&W,
--- NOUIZU-1-L-
M.A.; NAKRLPXTTAN, Te.A,; SAIMOT, VA.; KHVOS?ff, T,L; KORIKOMrT,
ur., red. lzd-va; VMWIN, X*P., takhn. red.
(Cyclone furnace@] TSIklonnye topki. Pod obehohei red. G.I. Irmorre
i N.A. Atftharova, Moskva, Goo. energ. izd-vo, 1958, 215 P,
(7arnaces, Heat treating) NUL 11817)

i,~;ci,- -(~ li cl s I.
KALI ll~;tu(,~ of of
collibuutiorl. I-L, 195~~- 16 ).jj, (L~jjj of Highcr (-.-,tion
USSR. Order of ;,,min -,,iid Lrd~,,r 3f L:-,bor li,.ti ':~:~vul..r r
School il"i jr)o co-dvs 206-5,-,; , 10

- j - "
ACTEOR: Kalishevskiy, L.L., Engineer 96-5&,
.L
TITLE: The klow Structure and Aerodynamic Characteris-,ics of a
Cyclone chamber During Combustion (Struktura potoka i
aerodinamicheskiye kharakteristiki tsilaojuloy 11carfiery -.ri- Coren-ii)
.'/ wo 2, pp 2? - 33
PERIODICAL: Teploenergetika, 1958, %, ~USSR)
ABSTRACT: A comprehensive study of the cyclone process of cotribustic'n
of solid fuel that is being made by the Moscow Div~,-sion of tile
Central Boiler Turbine Institute ~MO TsKTI) and the "Boiler
Installations" Faculty of the Moscow Higher Technical College
imeni Bauman. The programme includes experiments on the aero-
dynamics of a cyclone furnace during combustion. One staEe of
this work was investigation of the aerodynamics of flow in a
cyclone chamber when gas oil was being burned.
The tests were carried out on the test cyclone chamber described
in an article in Tqioenergetika, 1958, vo.l. The cyclone
diameter is 650 mm. and its length 680 mm. Other dimensions and
characteristics are given. The experimental work showed that the
nature of the changes in the rotational velocity across the radius
of the chamber is the same when fuel is burned as with cold air
(see ifig.1a). However, the relative rotational speeds are higher
during combustion. As shown in Fig.2, on transition to combustion
Cardl/ here is approximation to the rotational component of the dynamic

The'Flow Structure and Aerodynamic Characteristics of a Cyclcne (Cont.)
head. I
The qualitative distribution of axial velocities in the 3bamber
is the same during combustion as on cold air. itior is there cinj
essential difference in the magnitudes of the axial velocities
in the two cases if mass axial velocities are compared as in
Fig-3. The relative values of the total and static pressures
are higher during combustion than with cold air, The constr,_,,c-
tional changes that were made when changing from cold air to
fuel-burning have not altered the nature of the main aerodynamic
changes of the cyclone flow that result from combustion., In all
the tests, the relative total head and, therefore, the resistance
factor are higher during combustion than when blowing.
Determination of the temperature distribution in the chamber
when burning gas oil showed that even quite close to the
secondary air entry the gas temperature is 3 - 4 times higher
than the initial air temperature; also, its value rises rapidly
to approach the mean temperature at the outlet from the chamber.
The temperature distribution in the chamber is relatively
uniform and some reduction in temperature is observed only in
the peripheral part of the flow. DurinZ, combustion, there is no
qualtitative change in the structure of the flow, nor in the
(;ard2/'- ture of pressure and velocity distribution in the chamber.

., c: / ) -.7
The Ylow 6tructure and Aerodynamic Gharact,~.ristics )1.
Hc;7ever, the quantitative characteristics durinC,, combustion
differ greatly from those obtainine isothermal flow. This
is due to great increase in the mean temperature level. kil
analysis is given of the possibilit3r of co-relating the 'hot'
and 'cold' aerodynamics. Special attenti-,n is ----.aid to the
influence of the mean temperature of t_~.e flo-,-i a rid , as a first-
approximation, temperature irregularities in the volume of the
chamber are neglected. Expressions are derived for the rotarZ.,
and axial sneeds at the inlet to the chamber -.-,-ith and without
combustion. The effect of combustion on the rz.-~.atic and total
pressures is considered.
An investigation of the aerodynamic structure of the flow when
burning pulverised gas-coal was also made on -the same rig. The
fuel and primary air were delivered axially. The tests were
made with a guel consumption of 320 kg/hour, a ot-air tempera-
ture of 320 C, a secondary air flow of 2 020 M~/hour and a
primary air speed of 163 m/sec, the -primary air being 20,r,6 of
the total. The test results were used to construct grahs of
the changes in tangential and axial velocities and also of the
total and static pressures at various cross-sections of the
chamber. Comparison of the results of these tests with data
Card3/5obtained with cold air and when burninC. gas oil showed that the

96-58-2-5123
The Flow Structure and Aerodynamic Characteristics of a Cyclone(Cont.)
nature of the changes in the rotational velocities at different
cross-sections of the chamber is the sane as %,then burning gas
Cill, as is shown in Fig.4A. The velocities in the peripheral
part of the head sections are somewhat hiLhcr. The distri-
bution of the rotational component's of the dynamic heads is
similar when burninG coal or oil and when blcv-.inG cold air.
However, their values are lower than when burning oil because
the presence of particles of fuel and slag in the gas flow
reduces the swirling (see Fie.-5).
The effects observed when burnin- gas oil and solid fuel Eire
then compared in some detail. The observations on the influence
of Combustion on the aerodynamics of a cyclone chamber are not
complete and the worik is continuing. However, it can be said
that the combus"l-ion of coal in the chamber does not lead. to
any qualitative cha%,e in the aerodynamics of flow. The
quantitative difference between burning coal and oil consists
in a reduction of the rotational velocities and of the static
and total heads. Tho main properUe-0 and the velocity and
pressure relationships of the cyclone chaiqber are the same
v:hen blowine; cold air durinC combustion.
The results gave some idea of the difference between flows in
Card4/5a model and in an actual furnace chamber, and the differences

q6 r'8- 2-5/23
?~c Ion
The Flow Structure and Aerodynamic characteristics of a e
are explained. The various flow equations are analyzed. The
relationship established between the aerodynamic character-
isties of the cyclone chamber and its operational conditions
and geometrical dimensions makes the results obtained on the
rig valid for industrial furnaces, provided the chambers are
similar. Comparisons between the coefficients of conservation
of velocity obtained on a chamber %ritLavoth -,i,alls with single-
phase and two-phase flows and between the coefficients of con-
servation of velocity when burning gas oil and gas coal in the
rig chamber show that in both cases the presence of tvo phases
leads to approximately the same reduction in the coefficient
of conservation of velocity, This means that a considerable
reduction in the swirl, caused by increased frictional losses
on the rough walls and by combustion, does not cause a noticeable
change in the effect that suspended particles have on the flor
characteristics.
There are 6 figures and 8 Russian referejaces.
ASSOCIATION: Moscow Higher TechnicalSehool - (hioskovskoye
vyssheye tekhnicheskoye uchilishche)
%racteristics 2. Cyclone chambers-Test
CarcL5/5 met c~? ~e chambers-Test results

K-kLIMMIT, L.L., Inzh.
Flow structure and aerodynamic characteristics of a cytlona chamber
during combustion. (Trudy] MM no#94:55-77 158- (MIRA 120)
(Combustion)

SWILI, A.A., inzh.; KALISHLTSKrY, L.L., insih.
Using the Ventury tube in measuring the conauryption of pulverized
coal. [Trudy,] MVTU no.94:78-85 158. OGRA 12:3)
(Coal, Pulverized--measurement)

KALISHEVSKIY, L.L., kand. teklin. nauk; GANCHEN, B.G., hizh.
Investigating the volume of heat release in an axiai-flow
cyclone combustion chamber. Tzv. vys. ucheb. zav.; rtsaahinoetr.
no.4t99-106 165. (MIRA 18:5)

KALISHEVSKIY.,.-;~.L., kand. tekhn. nauk; GANMV, B.G., inzh.
I I I -- -
Investigating the completeness of heat release in a
tangential cyclone chamber. Izv. vyu. ucheb. ZUV'S*
mashinostr. no.5sl03-111 165. (mifa mn)

~L'~ L. L ' , i ~,A, 3 ~ ~ --, VL - P kan:i . ', z.-k1l,ri. -,~A EA, . il.C.. , .~
------- ~ - - '.-
S'~Udy of comijust'lorl tri a r.-yclono fixru)c,-. ~i7.Lh liciuld
slar, removal. Toploene-rgutlka 12 no.6:71:~-V .'(! 165. ('41ril't U:911~
I Muskov-koyo vyssheyo trjkhnich,,,~koye uchillshche imerif.
i.. .
Belim na.

L o5oo2-67 Z~IW/T
ACC NR. AP6024822 SOURCE CODE: uR/ooq6/66/ooo/0O8/OOT2/OOT5
iAUTHOR: Kalishevskiy...-L. Lq_ (Candidate of technical sciences); qanchev, B. G. (Candi-
date of technical sciencesF
OPG: MVTU im. N. E. Bauman
TITLE: Investigation of the aerodynamic structure of cyclone bul,ners during combus-
tionTlof c,)lid fuel\\
SOURCE: TeploeLergetika, no. 8, 1966, 72-75
TOPIC TAGS: comb,istion, solid fuel, flow structure, aerodynamic cbaracteristic, tur-
bulent flow
ABSTRACT: The av.thors study flow motion in axial and tangentia.1 cyclone burners
620 mm in diamet,~r with LID ratios of 1.25 and 1.1 respectively and an outlet nozzle
diameter of 0.44 0. Helical input of secondary air is done through three nozzles
85, 218 and 105 min wide in the axial chamber, and through four nozzles 130, 130, 130
and 115 mm wide in the tangential chamber. Water-cooled pneumometric probes were
used for taking the vei~,-c!~~- fields in the cyclone. The measurements were made during
n
icombustion of low-a h concentrates. Comparison measurements were made during combus-
tiolAof diesel fueNand cold blow-through. Experiments under characteristic optimum
Iconaitions for the axial burner showed a considerable reduction in the coefficient of
uDc: 662-93-001.5

ACC NRt AP7003341
SOURCE CODEs Uri/0096/67/000/001/0069/C,072
AUTHORSt ~ali!hh ki L
pys 1p , Le (Candidate of technical aoienoeo); Selikhovking S. V.
(Engineer', -seertan ) -- '
ORGi M U imo N. E. Bauman (M M
TITLE: Some results of a study of nonstationary turbulent motion
SOURCE: Toploonergetiks, no. 1, 1967P 69-72
TOPIC TAGSi turbulent flow, nonateady flow, flow atroamo parturbationt laminar flow#
boundary layer, gas dynamical Reynolda*number
ABSTRACTs The results of a theoretical and experimental study of nonatationary
turbulent flow are presented. It is assumed that if flow can be considered quasi-
stationary in the boundary regionp it in quasi-stationary in the entire flow region.
The stream can be considered quasi-stationmry if
iVW Is'I
where Y is the kinematic modulus of viscosity ; w - the average flow velocity; and
S1 - the thickness of the viscous oublayer. Theoretical analysis of the hydrodynamic
equations shows that, for a nonstationary turbulent stream, the effects of nonstation-
arity can be ignored when aw __ .
Z~t~~.- i-0-k
Card 1,(2__ UDCt 533-517-4-001-5

ACC NRt A27003341
where K is the nonetationarity number, The experimental results of measurements ol
ai:r!
the velocity fields, tube dragg and tangential stresses on the wall in a turbulent
stream confirm the theoretical result.. A method for complete desaription of the
dynamic properties of pressure probon- is proposed* Orig. art. haso 10 formlas and
6 graphs.
SO CODEs 20/ ISUBM DATEs nme/ ORIG RM 005/ OM RM 003

LOGOV, L.M., kand. tekhn.nauk; 4AL1~4117VSKrIj V.L., kand. tekhn.
nauk, retsenzent; SHULIGIN, V.A.,, red.izd-vaj- DMINA,
N.F., tekhn. red.
[Crankless multicylinder pumps] BeskrivoshipzWe mnogo-
tsilindrovye nasosy. Moskva, Mashgiz, 1963. 221 p.
(FULA 17: 2)

28-4-5/35
AUTHORS: Vasillyev, A.M., Candidate of Technical Sciences, and. Kali-
shevskiy_L V,~L., Engineer
TITLEs Revision Principles for Standards of Piston Steam Pumps
(Printsipy peresmotra standartov na parovyye porshnevyye nasosy)
PERIODICALs Standartizatsiyal 1957, # 4, pp 21-25 (USSR)
ABSTRAM The old standards, FOCT 579-41, 580-41, 582-41, 2834-45,
3619-47, covering 100 models of steam pumps and about 30 of
motor-driven pumps are under revision. The author cites a
few examples of inadequacies in the old-
The now rOCT 8336-57 "Pumps#' Piston, Stetamp Horizontal Type,
Basic Parameters and Dimensions" will be put into effect on
1 January 1950, replacing the roCT 579-41, 580-41 and 2834-45.
This is for water pumps, dark petroleum products of up to
1100 BY viscosity and 1000C, and other like fluids, with steam
work pressure of 16 kg/cM2. The pumps are direct action, two-
cylinder, 4 stage. The number of models is reduced from 100 to
30. The accepted pressure gradations and feed limits are
Card 112 given in a chart (table 1). The series is built on feed stages

KALISHEVSKIY, V. L., Cand Tech Sci -- (diss) "Investigation of the
suction capacity of power-driven piston pumps." Moscow, 1960. 15 pn;
(Ministry of Higher and Secondary Specialist Education RSFSR, Mos-
cow Order of Lenin and Order of Labor Red Banner Ifigher Technical
College im Bauman); 200 copies; price not given; (KL, 25-60, 132)

-K&LI5iiUK,-A. - -- - -- - -- - --- -- -- - - - ---
42233- KALISHUK, A. L. Vliyaniye plastichnoste na prochnost' be-tona v zavisimsti ot
vyderzhivaniya ego do uklndki. V sb: Nauch. soobshch. (Mr. nauch. inzh.-
tekhn. o-vo stroiteley. Kafedra stroit. Prozvodstva kievsk. Inzh.-Stroit. In-ta).
Kiev, 1948, c. 57-65.
So: Letopis' Zhurnal'nykh Statey, Vol. 47, 1948.

KALISIIUK, Aleksandr Luklyanovich, kand. teklm. nauk, dotij.;
TRETIYAKOV, Lev Dmitriyevich, kand. tekhn. nauk, dots.;
STEFANOV, Boris Vladimirovich, kand. tekhn. nauk, (lots.;
NOVGOAODSKIY, Mikhail Avramovich, at, propod., ~.:nd,
tekhn. nauk, ANTONENKO, Grigoriy Yakoclevich, a;~Astent;
RUSANOVA, Nina Georgiyevna, assistent; SIKORS)KrY, Oleg
Nilcolayevich, assistent; ALEKSMIDIOVSKIY, A.Ya., red.
[Manual on the manufacture of precast reinforced concrete]
Spravochr- po proizvodstva sbornogo zhelezobetoria. [BY]
A.L.Kalishuk i dr. Kiev, Izd-vo Budivellivk, 1964- 345 p.
(MIRA 17:7)
1. Kafedra tekhnologii sbornogo zhelezobotona Kiyevskogro
inzhenerno-stroitellnogo instituta (for all exer-~,.t
Aleksandrovskiy). 2. Zaveduyushchiy kafedroy taklmologii
sbornogo zhelezobetona KVevskogo inzhenerno-stz-itollnogo
instituta (for Kalishuk).

1,~;OROZOV, Nikolay Viktorovich, doktor tekhn. nauk,- ARBUZOV, Nikolay
Terentlyevich ' kand. tekhn. nauk; GROMOV, Vasiliy Lukich
kand. teklui. nauk [deceased]; KALISHUK, Aleksandr
Luklyanovich, kand. tekhn. nauk; KURdATOV, Dzitr~y
va~6v,c kand. tekhn.nauk) PILYUGIN, t-likhail Semenovich,
kand. tekhn. nauk,* KHUTORYANSKIY, Aleksandr Abrarrovich,
kand. teklul. nauk; SIMM, TSIS, Aleksandr Abramovichp kand,
tekhn. nauk; LAVRIK, Gennadiy Ivanovict, arkh. 14ADERA,
Georgiy Illichj inzh,,- PINISKIY. Ye'im Aronovich, inzh.;
SHKLYAR, A-leksandr Samoylovict., inzh.; BERGER, K.V. , red.;
VISRIEVYY, V.V.j, red.; ISHCHENKO, N.S.., red.
[Manual on civil engineering] Spravochnik po grazbdanskomu
stroitel'stvu. Izd.5., perer. i dop. Kievj Budivellnyk,
1965. 2 v. (1,11IRA IS: 2)

KALISHTJK 0. kand,takhn.nauk; DCMASHEVSKIY, A. [Damanhevalkyj, A.).
' inzh.; MONENAGMIKO, F.p in2ffi.
The strength of joints of oonorete elements based on cement
mortars with additions of polymers. %dmt.i konstr- 4 no.606-
39 K-D 162, (KM l5z12)
(poi-ymers) (Precast concrete construction)

ADRIANOV, P.K.; ANDRIAITOV, S.M.; BEREZIKOV, B.S.; GOWVXO. Y.G. (Holovko,
V.H.1; DCBROVOLISKIY, A .V. [Doborovollsl~yi, A.V.3; DOVGAL', M.Y.
[Dovball, H.F.1; YELIZAROV, V.D. ClElizarov, V.D.1; Z.HIZDRINSKIY,
V.H. [Zhjvzdz7ns'~yi. v.m.]; uniGoRoDsm, O.K. [2venigorodellgri.
O.m ZAYOMIKO, R.M. [Zalchenko, R.M.), IVANRNKO. Ye.l. [Ivananko.
11.i. KOMAR, A.M.; KOSIYANOV, O.M.; 4ZAKOV, 0.1,; XOSWO, S.Jr.;
KLIMMO, T.A.: KIRIYAKOV, O.P.;,JRj
W ~ O.L.; LPLICHENKO, M.T.;
.J~ffl
LIBMIGH., X.Y.; MIKHAYIA)Y. V.0. I kha ov,'V.0j; MaROZ, I.I.;
HOSHCHILI, Y.Yu. [Hoshchill, MUT laMOZHNIY, P.S. (Noporozhuil,
P S J~ UMATNIY, S.K. Effezdatnyi, S.M.]; NOVIX07, V.I.; POINOT,
S:K: Polevol, S.K.); PERAWMT, H.S.; PUZIK, O.Ye. [Puzik. 0.3.)
RADIN K.S.; SLIVINSKIY. 0.1. (Slivinelkyt O.Ij; STANISIAVSKIY,
A.I. EStanislavs1kyi, A.I.1; USPRNSKIY, V.;. [Uspenolkyi, V.P.);
IUICRXHOT, O.Ya.; KHILYUK, Y.P.; TSAPENKO, M.P.; SHVWrS, V.I.;
HALICHINSKIY, Y. [Ral'ohevelkyi, Y*], red.; ZNLNNKOVA, To. Dolev-
kova, H.3, tokhn,red,
(The Ukraine builds] Ukraine budule. Kyiv. Dorzh.vyd-vo lit-ry
z budivnytetva i arkhit., 1957. 221 p. (MIRA 11:5)
(Ukraine-Construction industry)

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14(10);24(o) PHASE I BOOK EXPLOITATION P01U/241o
Kaliski, Sylwester
Pewne problemy brze owe dynamioznej teorii sprezystosci I cial
niesprezystych Mrtaln Boundary Problems of the Dynamic Theory
of Elasticity and Dynamics of Nonelastic Bodies) Warszawa,
Wojskowa Akademia Tedhniczna, 1957. 305 p. Number of copies
printed not given.
Eds.: Marian Dacko, and Henryk Sejnen'ski.
PURPOSE: This dissertation for the degree of Doctor of Technical
Sciences may be of interest to engineers and scientists working
in the field of advanced theory of elasticity.
COVERAGE: The object of this paper Is to present in a uniform
manner general solutions to dynamical boundary problems by
using dynamical displacement and stress functions. Homogeneous
and nonhomogeneous isotropic and anisotropic elastic bodies are
considered together ifith nonhomogeneous anelastic bodies showing
anisotropic relaxation characteristics. Arbitrary nonstationary
Card 1/9

Certain Boundary Problems (Cont.) POL/2410
Introduction 7
1. Purpose of this work 7
2. Present state of the problem 12
3. Geneidl formulation of the Droblem and the introduction
of thermoconnected eqiiations of motion for anelastic, ani-
sotropic and nonuniform bodies 17
PART I. ELASTIC BODIES
Ch. I. Dynamic Displacement Functions 27
4. Dynamic displacement function for anisotropic bodies in
orthogonal coordinates 27
5. Dynamic displacement functions for orthotropic bodies 31
6. Dynamic displacement functions for bodies with lateral
anisotropy 32
7. Dynamic displacement functions for isotropic bodies 33
8. Some general relationships of components of the stress-
Uensor and displacement vector for isotropic and aniso-
tropic bodies 34
9. Reduction of displacement functions of isotropic bodies
to the scalar and vectorial potential 37
Card 3/9