SCIENTIFIC ABSTRACT KRITSKIY, G.A. - KRITSKIY, YE.L.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000826520007-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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"Free Nilv:Ientiles atll ;,Ilt,)ly3ig L N
Bone Ml,.rrovi af!.or
Report prescnt,~! at th--- 5t) IriterrintLonal Blocie,.~Istry
Molclw, 10-10 A,,j-ust 1961

KRITSKIYt G.A.j ROYTHANp F.I.
Nolootide meta~olivm in the bone marroi under norm&l conditions
and followin& X irradiation. Biokhimiia 26 no. 1:148-154 Ja-F
161. (MIRA 14:2)
1. Institute of Biochemistry# Academy of:Sciences of the U.S.S.R.#
Moscow,
(MMOW) ( X RAYS-PHYSIOLOJICAL EFIYCT) (IlJCLEOTIDES)

- 1 6 4 - [Olud Chli-wleil
OITSKIY-Cs -A-;-G11ZHAY-TS1-VMy
Nucleotida metabolism in of the beo moth (Galleria mellonaUA
L.) under normal conditions and following X irradiation. Biokhimiia
26 no.2:249-253 Mr-Ap 161. (HIRA 1435)
1. Institute of Siochemistryp Academy of Sciences of the U-S-S.-R-p
Moscow.
(Z RAYS-PMIOLOGICAL EFFECT) (AUTOLTSIS)

39465
CAI I % 010 Si'2181621,'027/(K)2/0011001
bql - 1 P4.,o 1016/1213
AUTHOR. -Kritskiy, G. A. and Koviun, Yu. T.
TITLE: Effect of x4tradiation on the autolysis of deoxyribonucleic and iibonucleic acids of bone
marrow
PERIODICAL: Biokhimiya, v. 27, no. 2, 1962, 313-316
TEXT: The purpose or this study %as to provide thu missing information on the effect of irradiation
on the autolysis of DNA. The right hind extremity of a rabbit was irradiated undel the following conditions ~
voltage. 180kv,'current intenifty. 15 ma, filters of 0.5 mm Cu and 0.75 mm Al, focal distance, 30 cm, dose
2,000 r, exposure, 22 min. The rabbit was decapitated immediately after irradiation and bled. '[*he bonei of
the hind extremities were rrozcn in solid C02, tha%ed later in a cold-room ( ;- Y`C) and the bone marrow
cxtracted at once and homogenized in Ringer's solution. DNA and RNA Were extracted before and aftei
incubation for 2 hrs at 38', by shaking with phenol-saturated water at pil 8.3 and precipitation ~%ith alcohol.
The precipitate was dissolved in water by shaking for 5 min. The total DNA and RNA content wa~ (Icter-
mined by measuring absorbance at 255 mit, DNA-by Burton's diphenylamine method and RNA-by the
arcinot method. Anout 30 rabbits were used in these experiments. The amount of DNA isolated front the
irradiated bone marrow was ca 13*//. higher than in the Pon-irradiated control. The difference was p(obably
Gard 1/2

Effect of x-irradiation..
Sfo2 I lij'62;027)'002/001 /001
1~16,112t 3
due to weakening of the bond between DNA and protein as a result of irradiation. The rate of autolytic
cleavage of DNA immediately aftcr irradiation with a dose (if 2,000 r wus. more 1han 3 times a% high a, in the
control. The amount of extractable RNA and the rate of its autolysis did not changc aftct iriadiation x
ASSOCIATION Institut biokhimii im A. N. Bakha Akadernii niuk, SSSR (institute of Biochcmistr) im
A N. Bakh, Academy of Sciences, LISSR), Xfoicow
SUBMITTED7 August 1, 1961
Gard 2/2

I- FFT~ 1A.9n
-MA AR4L
ACCESSION NR: AP3oo5651 S/0218/63/028/004/0595/0601.1
AMOR: Krits Y. G. At; Safronova.-R. N,; Chil-Akopyany L. A.;
Kovtun,
TITLE: Bone marrow nuoleio acid autol7sis in normal and in i1A
X-irradiated animals
SOURCE: Biolihimiya.9 v. 28,, no. 4. 1963o 595-601
TOPIC TAGS: autolysis, RNAp DXA# bone marrow# local X-irradiation,li
dose
ABSTRACTe For DNA and RNA autol-yais of rabbit bone marrow,, the righ
back oxtremit~os of a group of rabbits were exposed to X-irradiation',
(RUP-1) of 2000 r (24 min),&the same parts of another group of rabbits.
were exposed to 200 r (2-4 min). After irradiation the rabbits were
.decapitated at different time periods. The back extremities were
frozen for 1-2 da-yst and after thawing at room temperature,, the bone.
marrow was extracted. Nucleic acid autolysis of bone marrow homo-
-,genates was investigated. Results indicate that shortly after irrad-'-.-.-
jation DIIA autolysis is slightl activated for the 200 r dose, For
,the 2000 r dose the initial DNA autol7sis rate increases almosg threes
Card 1/2

L 18199-63
;ACCESSION IM: AP3oo5651
tiraes, RNA autolysis for a 2000 r dose is activated only 2 hrs after
,irradiation. DITA and RNA autol-ytio rates are ignificantly Inhibited'
s
!'after the first day., roach their peak between 2-4 days, and then
gradually return to normal. Nucleic acid autolysis changes were 'COMLI
pared with changes in their contents. Activation of DNA autol7sis
is an earlier radiation disturbance than decrease in nuoleic acid
contents or change in free nuoleotido contents. Activation of DNA ~j
autolysis shortly after irradiation is a characteristic disturbance
in cell biochemistry and leads to cell disintegration. Sharp inhlbi-~~
,tion of DNA and RNA autol7sis shortly after irradiation can be
!explained by qualitative DNA and RNA changes in the irradiated
,tissues, The authors express their gratitude to I.T. B. Aleksan-drov
ifor assintance in the stud . Orig. art. has: 2 iablost 3 figur~s-
ASSOCIATION: Institut bioldiimii im. A. N, Baldia, Akademii Nauk SSSR.,',
Moskvs. (Institute of Biochemistry-TroTd-eyff of 3giencos, USSR)--
SUBMTED: iMug62 DATE ACQ.: 063ep63 ENCL:: 00
SUB CODE: A14 NO REP SOV: 009 OTHER: 018'.
Card P- 2

JqUTSW, G.A, SAFRONOVA, R.N.; KOMN, Yu.T.; MIRUNA, S.Ya.;
MLYSIVIA, L.F.
Change In the p-opertios of deoxyrlbonualsic acid of the bone
marrow following X-ray irradiation of an animal. BiokhImIia
29 no.4:701-706 ji-Ag 16,4. 041RA 18:6)
1. Institut biokhimii imeni Bakha AN SSSR i Moskovskiy gosu-
darstvennyy universitet Iment Lomonoaova, Moskva.

CO-D-6- ___6(/d2_i_A/63/(jWLJ06/fi~ Vii15-3-
ACC NRi
7/
AUTHOR: Kritsi(]._!,-, ~`_-iljv~ihova L. Ft; Safronova. R. N.
ORG: Institute uf im. A. N. Bakh. AN SSSR (Institut biA~Wi AN SSSR);
Moscow si-a~i-eo-niver.i Lt.y im. -M.- V. Lomono: !nnyy universitat)
TITLE. Change in pcoFerties of bone-marrow~DTMIfter x-irradiation in vivo
SOURCE: Diokhimiyao V- 30, no. 6, 19659 1147-1153
TOPIC TAGS: bone marrow, rabbit, DNA, x ray irradiation, depolymerizationp chemical.
precipitation, fluid viacoallyo polymer cross linking, intermolecular complexq RNA#
protein, polymer structure
ABSTRACT: Local x-irradiation (2,000 r) of the hind leg of rabbits decreased
the viscosity of bone-marrow DNA immediately after exposure. the maximum
decrease (49%) occurring on the )d day. The mothod or fractional procipi-
tation of DNAvrith trichloroacotic acid from an alkaline solution or with
alcohol ina neutral medlwi containing Mg++ revealed a slight increase in
the readily procipitablo DNA (fraction I) immediately after exposure. This
'fraction decreased 4-5-fold during the period of scuto rAdiation injury to
the tissue. The molecular voirlit of the fraction increased immediately
after exposure but decreased 3 days later.
The authors conjecture that the decrease in viscosity and increase in
procipitallility of DNA iv=odiatoly after x-irradiation may have been caused
by the combined processes of dopolymerization, format4on of cross-linkages-..
r-.A 1 /9 UDC: 547.963.3

L 31193-66
ACC NRs AP602205
in JVA molecules and dissociation of coXplGXO5 Of DUA 'With P11A and protein.'
Dapolyzerization of DUA van most pronounced duringg the period of acute
radiation injury (1-5 daya aftor irradiation). Those change3 eventually
proved to be ravorsiblo for tho moat part. Elootron-microacopic studios,,*
revealed aborrant forms of DNA atructuroat crosa-linkagoso brsnchinGl
twisting of strAnln, dopolyneriz at Ion, and formation of knote* OrIg. art.
hass 4 figuroo and 2 tables'. LJM31
SUB CODE: 06, 07 / SUBM DATE: UDec64 / ORIG REFt Oll / OTH REF: 004

XRlTSXIY. G. G. , inzh.
Sapplying refractory materials in piles to the construction
sites of blast furnace$. Mont.i spets.rab.v strol. 22
no.qs26-28 8 160o (MIRA 1318)
1. Ust'-Xamenogorskoye stroitellno-montashnoys upravlenire
treats, Soyusteplostroy,
(311ast furnacem)
(Refractory materials--ftansportation)

BORISOV p P.V. . irah. j KRMY.IY,, G. G.
Lining the blast heatm of blast furnaces with large refractorT
blocko. Monte i apetse rab. v stroie 24 no.1:9-12 -Ja 162 iMnU 3-5:7)
1, Treat Soywteplostroy i
telplostroya.
(Blast furnaces)
Ustf-TAmenogorskoye upravleui~m Sojuz-
(Refractory concrete)

I -- - - --- - --
WAYEV, I.S.; KRITSKIY, M.S.t PELO~RSKIY, A.N.
Metabolism of pQlyphosphates and some other phosphorus compounds
during the development of fruit bodies in the mushroom Agaricus
bisporus L, Biokhimiia 25 no-0735-748 JI-Ag 160, (MIRA 13tll)
1* Institute of Biochemistry, Academy of Sciences of the U.S.S.R.,
.ud FaaLlty of 214logy aW 4*" Sciences, the State University,
Hmaow ' I
(MUSHROOMS) - (PHOSPHORUS METABOLISM)

17 171 ~. 1,
YJ',iTSKIY2 11JUM."V, I.S.; Y, . I., ukader-lk
Twc, ways of phonphate transFort, In the fru!tJng bodJes of Agaricus
bisporus. Dokl. AN SSSR 160 rio-4-949-911;~ F 10.
(11411PA 18:2)
1. Institut bi-okhimii im. A.N. Bakhc~ AN SSSR i Moskovskiy gosudarst-
vennyy universitet.

KRITSKIY, M.S.; KULAYEV, I.S.
Acid-Boluble nucleotideo of the fruiting bodies of Agaricus
bisporus L. BiokhImila 28 no.4t694-699 JI-Ag 163.
(MIRA 1813)
1. Institut, biokhiidi Imeni Bnkha AN SSSR i biologo-pochvennyy
fakulltet Gosudaretvennogo universiteta imeni Lomonosova, Moskva.

!~~ITSKIY M.S.- KULAYEV, I#S.; MAYOROVA, I.F.; FAYS, D.A.; BELOZEFSKIY, A.M.
. - , '-
Translocation of phosphates in the sporophores of meadou
mushrooms. BiokhWia 30 no.4:778-789 Jl-Ag 165. (MIRA 18.-8)
1. Institut biokhinii.imeni A.M. Bakha AN SSSR i biologo-
pochvennyy fakulltat,,Gosudaretvannogo universiteta imeni
M.V. Lomonosova, Moskva.

UnWaLl" --iruaum, 294T
NCUssil-71ng the Technological Process of Ship Con-
03~uctlcn," M. T. Eritskly, &gr, GEIPI, 2 pp
...~.troyen1ye* No 2
Z
There eme certain tecbnological processes in the om-
Stiuetlon of ships uhich are the a regardless of
the type of ship being built. These include types of
USUrial and a1zes of certain parts. Because of the
IatW t1w necessary for building a ship, and the
tam ta:Llor* methods now In use for separate part4
U* author recommends that ships be classed accordIM
Wthe technological process of construction to pa-
28M
UM/Ships Construction (Cmtd) Mir/Apr 194T
al't'the use of a central stock for some of the parts
vh "- are ca~ to 2--rere.1- typac, ti=, cutting dc=
M Ithe tUw necessary for shaping each part for each
SILIP -
as

KRIToEM, S. 11,
"On the Fundamentals of the Theory of Stream Flow
Utilization."
Iz. Ak. Niuk, Otdcl Tekh. Nauk, No. 2, 1946

UM/Floods Doe 1946
Flaw, Wdrodynamic
"The Principles of Maximum Flood Flaw Retimatee for
the Design of Outlets and Spillways," S. N. Kritskly
M. L-Menkel) 12 pp
"Izv A Nauk Otd Tekh" No 12
Detailed discussion on the above subject) with
emparlsons an to how similar estimates are carried
out in foreign countrieu. Author drave examples
from the vork acemplished by the Temessee Valley
Authority.
14r2

KRITSKIT, S. N.
"Hydrological Fundamentals of the Theory of River Runoff Regulation*'
Sub 31 Oct 47, Moscow E~rdraulie Engineering and Boll Improvement Inst Imeni
V. R. Villyame
Dissertations presented for degrees in science and engineering in Moscow
In 1947
SO*. Sum No. 457, 18 Apr 55

Kritskiy, S N 1115
62'1,321
qK9
..Zimniy termichesUy rethim vodakhranilishek rek. I kanalov
,Cwinter thermal system for water reservoirs$ streams and conduits bL
7
S. N. Kritakiy �and others
7
bloskva,, Gosenergoisdatj 2947-
154 pe Diagm, Graphap Tables,

E i - -* t 7,: *-.' :, of .-f I ~ I !,
7:.. '? y ). N. anI ", V., "-I. I - - D-7 ti-., Di"'rlbltion of
"Cr , - - - . .j
--, vm--If~ '..*-";. Dat-~,~, -, ~' ") '! 1-4-
./ I

v-P nt;7- Conill t
-2' :,3
U-3 3~,. 11 3

I -- F RITSKIY .-Sergey -Niko
"Selection of Graph Curves Representing the Distribution of Potential Mhen
Calculating the Flow of a River Current," It. A. Nauk SSSR, Otdel. Tekh. Njuk, No.60
1948.
Eev.tion for Sciebtific Solution of Problems of Hydraulic Econovq, kS USSR

K1i1'1'6KIY, S". N.--- " --MEITELI-- M -F--- -- - - -
"Using the Method og Greatest Probability for Selective Evaluation of the
StatistIval. Parameters of River Flow.." Is, Ak. Nauk SSSR, Otdel. Tekh. Naukp No,4p
1949
Section for Scientific Solution of Problems of Water Economy, AS USSR

14117~=, 5. .71. ".RUM!j
"The Hydrological Basis of Hydraulic Stream Enginnering," Publ. House Acad.
Sci. USSR, M., 1950.

- -IR-ITSK-rt, -IS.---N.
"Hydrologic Fundamentals of Fluvial Hydraulic Engineerirc," 1950

F~il'rsKlf) S. N. (Doctor of Technical Scio!nces)
Gave treaties on Maximum Amount of Water In Volga and Don Rivers to
be Utilized by Specific Projected Hydroeleotrio Developments.
Soviet Source: N: Sovetskaya Latviya. 5 July 1951 Riga Iatvia
Abstracted in USAF "Treasure Island", on fiel in the Library of Congress,
Air Information Division, Report Number 107048. UNCIASSIF11D

r~-, !TSK 1 Y, 3. ': I . ,' ' V Fr .
KRITSKIY, S. 11.) 1,E11:111EL I, "'I. F.
Jydraulic Ei~gineerlng
Fundanentals of hydraulic engineerln;: no.-ilied
to rivers. Gidr. stroi, 2C no. 5P 1951.
I T, T
Monthly List of Russian Accessions, Library of Con,,-,ress. November, 1~52 . UNCLA5.3 -ED.

KRITSKIY. 3.11. doktor tokhdche8kikq naUk: WMLI, M.T., dokt_or_t_akh-nI
--arie naUk; CHEBOTARITO A*I., redaktor; MAYNIU, M.I., tekh-
nichaskiy redaktor; KOKOWTA, L,Be, te".wicheekiy redaktor.
(Calculations of water resources; river run-off control, water
suppl.v and hydraulie pover computational Vodokhoziaistvannye
raschety; regultrovanie rechtogo stoka, vodokhoziaistvennye i
vodnoenergotichookie ranchety, Imeningrad, Gidrometeorologichaskoe
izd-vo, 1952. 392 P, [Microfilm] (MM 8:5)
(Water resources development)

Prenmit fltntf? and lovelopront of 5oviet mot,ololol-y in jJ:30.arrP~.
nauk n-_,. 6, 1~-52.
..zv. AN otd. tv'k~ .
Lj=-,IAy List or Russian Acconnions, Librxy of Congre,3.n, Nover,ler

'I i T
Mw ComItUe an ft4in Prlses (or Uw Comall or Misters Usm) in uw rxamm
salmm and Ummtlons wmmos Vwt Uw;foUwUW scuntifla wrmy porAlar scien-
tific books, and textbookA he" bun subidtted for acapatition for Stall, Frim for
the yes" im 03A 1953. (Soveld-cma ftltgi* mumv, Bo. 22JOs 20 rob - 3 AVr 1954)
A 221
SmimtO& kx
Kritak ~Z, ".N.
Wail, M.P,
"-Iater ~;conc--,- Calculatioris"
for th-I 5ciontifir,
'i'malovi''~'it of roblems of
Acatlomv or
Oci-),ices USSP
9*-. ..W-30&*, 7 JUIY 1954

HIZlTAMVRTT,--G~.-M.-.-Aademlk; ATT 9, --V' . -G-.- A-LAMPITV 9- P. HO
BUTANDVSXIT, X.Ss; YARTAZABOV, S.Ta.; VMS# V.I.; GUTIM, F.Y.;
DTHITRASM, N.T.; LARALWY, N.A.; KOCHARTAN, G.A.;
KRITSK 11W, U.N.; MURZATXV, N.M.; YZLIDMAM, M.P.;
almmKiNdwo -TAN', P. .; ZRISTOV, V.S.
Sukias Efremovich Hanaserian; obituary. Izr.AN SSSR. Ser.geog.
no.5:143-144 M 156. (MLRA 9s11)
(Yanamerlan, Suklas 31fromovicb, 1881-1956)

KRITSIIY, S.R.; MUM', M,F,
,-~, I 7,~ -226FU00AMW
Istimating the probable recuryance of rarely observed
hydrological phenomena* Probl.rog.rach.stoka no.6:188-217
156. (WAL 10:2)
(Hydrology)

KRITSKIT, B.N.; HIMMI, M.F.
Double finite curve of probability distribution and Its
application to hydrological calculations. Probl.reg.rech
stoka no.6:218-229 1,56. jNMA 10.-2)
(1"010a)

KRITSKIT. B&N,; HMUL'o H#Y.
, -M
fasks"ry~-hydrology In connection with hydrotachnicml construction
during the sixth five-yepLr plan. Meteor. I gidrol. no.12ig-17 D'56,
(MIRA 10:1)
(Water resources development)

MITSKIIj S.; MIKELII, M.
KRITSKII, S.; NEIIKEUI, M. Theoretical invetitigations or river regulations and Ue
utilization of their stored waters. Tr. from the Russian. PA51
Vol. 191 No. 4, 1956.
KOZLEMENM
TECHNOIDGY
Budapest, Hungary
So: East European Accession, Vol* 6, No. 2, Feb. 1957

KRITSKIT, S.11. ; MULI , M.F.
Estimating the probabls frequency of hydrological values.
Meteor.i gidrol. no.3:52-53 Mr 157. (KLRA 10:5)
(4rdrology)

KRITSKIY, S.H., doktor tekhn. nauk.
Water resources of the Tobol 3Aver and Isbin River, their regu-
lation and utilization., Test. AN Kssakh. SSR 13 no.7s24-29 JI
157* OU4 lotg)
(Tobol River-Hydrography) (rahim River-Hydrography)

gig;, ill
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2 V t

-JOV-98-58-2-18/21
AUTHORi 3humell, 3.S., Engineer, Member of the Presidium, 3rd All-
Union Hydrological Congress
TITLE% The Third All-Union Hydrological Congress (111 Vsesoyuznyy
gidrologicheskiy ellyezd)
PERIODICALt Gidrotekhnioheskoye stroitellstvo, 1958, Nr 2., pp 60-61 (USSR)
ABSTRACT: The Third All-Union Hydrolo&ical Congress took place in
Leningrad at the end of 1957. The Congress was attended by
1,240 soientists, engineers and specialists, employed at
300 soientific-researoh organizations and vuzest scientific-
technical societies of the electric power industry, mining
industry and water transport, and 35 speciilists from Albania,
Bulgaria, Hungary, East Germany, China, Mongolia, Poland,
Rumaniao Czechoslovakia and Yugoslavia. The Congress examined
the conditions and prospects for research into the hydrology
continents, and pointed out the great achievements accomplished
in the field of hydrology and water resources of the USSR.
A number of reports was heard by the Congress, among which
may be mentioned the report of Candidate of Technical Scien-
ces V.A. Uryvayev (State Hydrological Institute) "The Study
Card 1/4 of the U33R Continental Waters and Further Tasks in This

The Third All-Union Hydrological Congress SOV-98-58-2-16/21
Field". The Doctors of Technical Sciences S.N. kitskiy and
M.F. Menkell (Section for the Scientific Development ;,f Prob-
lems of Water Economics; USSR Academy of Sciences) and
Candidate of Technical Sciences A.I~ Chebotarev (GGI) reported
on "Water Engineering in USSR and Problems of Hydrology".
Professor A.H. Voznesenakiy (Institute "Energoproyekt'-) spoke
on "The Utilization of the U33R Water Resources and the Pro-
spects for Developing Water Power". A total of 9 special-
ized sections were working at the Congreast Calculations
and Prognoses (Chairmen - Doctor of Technical Sciences, Pro-
fe3sor D.L. Sokolo-vskiy, Candidate of Technical Scienoes
A~I. Chebotarev and Doctor of Geographical Sciences G.P.
Kalinin)j Hydrophysics (Chairman - Doctor of Geographical
Sciences, Regular Member of the RSFSR Academy of Pedagogical
Sciences, Professor B.P. Orlov); Lakes and Water Reservoirs
(Chairman - Doctor of Technical Sciences, Honored Worker of
RSFSR Science and Engineering, Professor Ye.V. Bliznvak)t
Hydrodynamics and Rivor-Bed Processes (Chairman- Correspond-
ingMoml-jrp AS USSR,# Honored Worker in R"IFSR Sclenue ana
zngineering, M.A. welikanov); Water Economics (Chairmen -
Doctors of Technical Scioncee S.N. Kritakiy and M.F. Menkell);
Card 2A General Hydrolovy (Chairman - Doctor of Geographical Sciences,

The Third All-Union Hydrologiral Congress SOV-96-50-2-16/21
Professor L.K. Davydov); Hydrometry and Methods of Hydro-
logical Research (Chairman - Candidate of Tezhnical Sciences
A.K. Proskuryakov); Underground Waters and Problems of Under-
ground Feeding of Rivers (Chairman - Doctor of Geological
and Mineralogical Sciences, Professor B,I. Kudelin); Hydro-
chemistry and Snzilitn-r- r-tection of Wutern frhn-Tman -
Corre3poading Member, AS USSRj 0. A. Alskin). Over 400
reporta on alL principal problems of the hydroloi;., of cu,,-
tinents were deli-rered end discussed at the sections. The
author lists the work performed during the 40 years of Soviet
regime and speaks of current needs. The Congress adopted
several decisions, approving the resolutions of the sections,
and considered it necesuary to establish an inter-depart-
mental committee to co-ordinate scientific research work.
The Congress decided to take necessary measures for an urgent
exploitation of the State Hydrological Institute's River-Bed
Laboratory, whose activ--ty should further the solving of im-
portant scientific problems in the field of hydrodynamics
Card 3/4 and river-bed processes, Future hydrological congresses

The Third All-Union Hydrological Conj:resu JON - 98 - 58.2-18/21
will convene once every 5 - 7 years.
.1. Hydrology--USSR 2. Water power--qSSR
Card 4/4

0
10-58-3-11/29
AUTIK)R Dzens-Litovskly, A.I., Lopatin, G,V. and Shn:tnikov, A.V.
.LII~LEi The Third All-Union Hydrological Congress (Tretiy vaesoyuznyy
gid-ologicheskiy s'lyeze)
Pl-~tIODICALi Izvestiya Akademii Nauk SSSR - Seriya Geograficheskaya, 1958,
lir 3, pp 3-9 (USSR)
AbjTliACT; From the 7th to the 17th October 1957 the Third All-Union
Hydrological Congress took place in Leningrad. There were
1,200 experts on hydrology and adjacent subjects, and 6-uests
from peoplele democracies present; 429 reports were delivered;
among them 140 reports from workers of the Gidrometeosluzhba
(The flydrometeorological Service), about 65 from workers of
'the USSR Academy of Sciences and the same number of reports
by workers of Soviet Higher Education Institutions. At the
plenary meetings of the conference the following 9 reports
were delivereds "Investigations on the Interior Waters of the
USSR and Future Tasks in Studying This Subject" by V.A.
Uryvayev; "Water Engineering Construction in the USSR and the
Tasks of Hydrology" by S.N. Kritskiy, M,F. Menkelt and A.I.
Card l/ 6 Chebotareva; " Investigating Lakes -and later Reservoirs of the

Tho i'hird All-Union Hydrological Congress
U63HII by Ye.V. Bliznvak and V.G. AndreWanov; "The Utilization
of the USSR Water Resources and the Future development of hater
Engineering" by A.11. Voznesenskiy; "The Present Methods of
Hydrological Prognosis and Ways Leading to Their Development"
by G.P. Kalinin; "The Research and Computation of 'Nater Dis-
charges in the USSR, Their Present State and Future Develop.-
ment" by D.L. Sokolovskiy; "The Climatic Factors of Water
Balance on the Continent" by K.I. Budyko and O.A. Drozdov;
N.Ye. Kondratlyev reported on his researchiregarding the de-
formation of river beds, and Academician I.P. Gerasimov on
"The Transformation of Water and Thermal Conditions Under the
Influence of Meliorative Measures", During the continuation
of the conference the following reports were delivered in the
9 sectionst B.L. Lichkov on "The Unity of 14atural Waters and
the Formation of Subsurface Waters", based on the theory of
the Academician V.I. Vernadskiy) M.I. Llvovich on "Complex Geo-
graphical blethod in Hydrology and the Tasks of Its Developmenit",
A.V. Shnitnikov on "Th.3 Past and Future of Lake Aral and the
Big Climatic Rhythms"; 3-A. Apollov on "The Connection Between
Solar Activity and the Phenomena Determining the Flow of Rivera";
Ye.S. Hubinshteyn and O.A. Drozdov on "Climatic Changes and Va-
Card 216 riation3 and the Secular Course of Precipitations". 'rho r.-!por,

The '_'hird All-Union fiidrological Conwreas 10-58-2)-1/29
of P.A. Xozlovskiy "Connections Between Hydrological and
Terrestrial Electricitj Problems" is said to have been inter-
esting and valuable. Four reports were delivered by 11,S.
Kuzin, V.S. Mezentsov, V.I. Astrakhantsev and G.V. Lopatin
on questions of hydrological partitioning; K.Ye. Ivanov re-
ported on "Basic Principles of Swamp Hydrology"; V.V. Ro-
manov on "Water Balance of Swamps in the European Parts of
the USSR"; A.M. Gavrilov and P.V. Molitvin reported on their
investigations regarding rivers in karst districts of the USSR;
G.I.. Shvets and E.G. Moskovkina reported on the secular fluc-
tuations of the amount of water in the Dnepr and on historical
floods at the lower paxts of the Daugava; I.V: Bogolyubova,
M.M. Ayzenberg, T.Ye. loganson, S.P. Kavetskoy and others
reported on the study of flood waters and on catastrophic floods
in mountainous districts; A.I. Dzens-Litovskiy on "Geologio-al
and Geographical Re6-ularity in the Distribution of Fresh-Water~,
Brackish- and Salt Lakes"; B.B. Bogoslovskiy on "Water Balance
of Lakes in'the USSR European Territory"; M.A. Man1ko and A.V.
Agupov dealt in their xeports with the subsurface supply of
lakes, and A.N. Afanaslyev and 0.1. Khalatyan with the water
balance of the Lake Baykal and.the Khrami water reservoir;
Card 3/6 G.I. Galaziy reported op "Botanilcal Method Serving Hydrology

Th6 Third All-Union Hydrological Congress 10-58-3-1/29
and Engineering Geology". On the formation of shores and the
bottom of water reservoirs, S.L. Vendrov dealt with the Tsim--
lyansk, the Kama,.and the Kuybyshev water reservoirs; N.A.
Labzovskiy, O.G. Grigorlyeva and A.S. Sukhodol;skiy on the
theory of shore formation; V.M. Makkaveyev dealt with the the-
ory of surge in water reservoirs; othe- reports delivered by
Ye.M. Selyuk, P.I. Nikulin, V.L. Bulakh, V.P. Moskall and I.G.
Nikitin deAlt with the theory of surge and in particular with
the water reservoirs of Rybinsk, Kuybyshev, Kakhovka, Dnepr
and Central-Asia. Matters,of thermal processes and water ba-
lance of water reservoirs were treated by I.V. Molchanov, K.I.
Rosin,ekiy, M.M. Aynbund (Lake Seven), V.I. Verbolov (Lake
Baykal), A.R. Konstantinov and G.G. Fedorova (Lake Valday).
On subsurface water resources and the subsurface supply of
rivers reported S.F. Averlyanov, S.N. Bogolyubov, B.I. Kudelin,
B.L. Lichkovy F.A. Makarenko, G.M. Zakharchenko, A.I. Kalabin,
V.A. Sergeyev, V.I. Duginov, V.A. Korobeynikov, G.F. Basov.
N.I. Druzhininj A.V. Lebedev, O.V. Popov and others referred
to the state of subsurface water supplies and A.A. Rode, N.N.
Favorin, A.K. Filippov and others to the water physical cha-
racteristics of soils. A.M. Ovchinnikov, V.I. Dukhanin and
Card 4/ 6 others reported on their investigations of the regularity of

The Third All-Union Hydrological Congress 10-58-3-1/20,
subsurface water formation and distribution in the Russian
lowland. From the regio:.-i reports are mentioned: M-M, Ivan-
itsin, on the formation of subsurface water in the irrigated
cases of Uzbekistan; B.11. Arkhangollskiy, on underground de-
pressions in the North-Western district; M.V. Silich, on the
karst of the Lithuanian SSR. The question of evaporation from
the water surfaces was covered by Z.A. Vikulin, D.L. Laykhtman~
T.V. Kirillov, A.A.KrassovskAya, M.P. Timofeyev, N.I. Yakovlev
and others. On the subject of evaporation from ground and vege-
tation, reports were delivered by V.F. Pushkarev, A.R. Konstan-
tinov, V.V. Romanov, N.P. Rusin, V.I. Kuznetsov, S.F. Fedorov,
V.F, Shebeko and others. On ice and snow research spoke G.D.
hikhter, Ye.Ya. Shcherbakov, I.V. Ivanov, P.P. Kuzlmin, O.A.
Spengler, A.P. Braslavskiy, A.G. Kolesnikov, A.A. Pivovarov,
A.G. Pronin, B.P. Panov and others. On hydrochemiatrl and
sanitary preservation of water, reports were delivered by
N.hi. Bochkov, S.M. Drachev, M.I. Kriventsov, A.0. Alekin,
P.F. Bochkarev, N.V. Veselovskiy, P.P. Voronkov, K.K. Votintsev,
6.G. Vznuzdayev, K.V. Filatov and others; on the regularity of
chemical composition in natural waters of different geographic
Card 5/6 zones reported A.O. Alckin, L.V. 13razhnikova, P.V. Voron-

The Third All-Union Hydrcirgical Congress
10-58-3-1/29
kov, A.I. Dzens-Litovskiy and otiiers. Considerable attention
was paid to the study of the conditions in regulated rivers
and the state of technical equipment in hydrometric work
(O.N. Borsuk, Ye.M. Znamenskaya, S.I. Koplan-Diks and A.K.
Froskuryakov). On the possibility of using physical methods
of measuring, based on the laws of ultra-accoustics and nuclear
radiation, reported M.M. Arkhangellskiy, A.M. Dimaksyan and
Ye.V. Berg. 13. Popova and Ye.A. Romanova reported on the
future possibilities of using air photosurvey. Ye.V. Bliznyak
proposed a scheme to systematize information on USSR water
resources. On new methods of calculating the regulation of
flow reported S.N. Kritskiy and M.F. Menkell; I.A. Zheleznyak
elucidated the phenomenon of transformation of the flood flow
by means of' a system of water reservoirs. Thirty five reports
were presented by representatives of people's democracies.
AVAILABLE! Library of Congress
Gard 6/6 1. Conferences - Hydrological Congress - Leningrad
2. Hydrology - USSR

I,- XRITSKIT,,- -S.9.-, ----
-
StanaZ'dizing the resources and utilization techniques of water
power. Proble rag, rach. stoka no,7:7-31 '58. (MIRA 11:9)
(Hydroelectric power)

TAKOBSON, Andrey Genrikhoviche ixzh.-. KARATAM, Tasiliy Luximich. inzh.;
ZHKJZNrAKOV, Georgly Tasillyevich, prof., doktor takhm.nank;
V=OYI Petr Petrovich# lash.; (HUSHINp N.M., reteensent;
KRITHKIT, B.N,s doktor takhm,sauko asuchayy red,; PWROV, G.D,*
nauohayy red,t SOZOLISKIT, 1.16, takhn.rade
[Construction of cofferdams on the Volga River at the site of
the Stalingrad Hydroelectric Power Station; designing and studying
construction sites from the point of view of engineering geology]
Perskrytie rusla VOlgi T otvore Stalingradekol GZS; opyt prookti-
rovanila, Whenerao-gidrologiahaskikh iseledovasil I noblindenii.
Moskva. 1959. 88 P. WRA 13:6)
1. Deystvitellary chlen Akedemii stroitol'stva i arkhitektury
SM (for Grishin).
(Stalingrad Hydroelectric Power Station) (Cofferdams)

ATRAXWO, F.D.; VMS, V.I.; OURSTICH, B.A.; MWISOV. V.1.; ZAKHAR 1,
A.G.; KARAULOV, N.A.; ZOLOSOT. I.S.; KRACHKOVSKIT, N.1s;
ZRITSKIT. 3.N.; LIBIM, X.X.; LIONTITITA, T.K.; XIMMI, X.F.;
imm- "..; ROSSITIVSKIT, G.I.; SKYORIN, B.I.; KRZHIZRAf-
NOVSKIT. G.K., nkademik, red.; XARKOVICH.;S.Gag tekhn.red,
[Principal problems in desirAing a unified power systex in
the U.S.S.Rj 09novaye voprosy planirovaniia edinoi energe-
tichaskoi sistemy SSSEL. Pod red. G.K.Irzhizhanovskogo,
V-I-Vaitsa- Moskva, 1959- 174 p. (KIRA 12:6)
1. Akademlya nauk SM. Inergeticheekly institut. 2. Chlen-
korrespondent Akademli nauk SM (for Vayts).
(Ilectric power)

MIKITIN, Bergey Nikolayevich, dqteent, kand.tekhn.nauk [deceased]; XAWLI,
L.A., kand.tokhn.nauk, isd.; SHIMINI", I.Ta., lash,, red.;
XUMM-AX... doktor takhn.neukg reteensent: AYVAZTIV, V.G.,
prof., doktor takhn.unuto retsensent; AUMBANDROVSKIT, lu.A.,
dotsont, kand.tekhn.nauk, retsenzent; OHLOV, V.A., red.-, BORUMOT.
Nel., tekhn.reds
(Principles of calculations connected vith bydroolootric.powerl
Osnovy gidroonargeltichookikh ramohatov. Noskya, Goe.energ,isd-vo,
1959. 510 P. (MIRA 12:5)
(Hydroolectric Pover)

KRITSKIY, S.H.; POMLI, 14.7.
Calculation of long-term regulation of stream flow consider-
Ing the correlation of the flow of consecutive Years* Proble
reg.rach.stoim no 8:5-36 '59. (MIA 13:4)
iReoervolrs)

KRITSKIT. B.H.; HIMLI, M.7,
A survey of Irench periodical literature on the calculation
of hydroelectric power station reservoirs. Probl.reg.rech.
stoka no,8:257-263 '59o (MIRiL 13-.4)
(Frano"ydraulic engineering)
(Reservoirs)

KRITSKIT, Sell.;ICIMMLI, N.Y.
I
Concerning P.Moran's articlo "A probability theory of damn
and storage systeue." Probl.reg.rech.stoka no.8t266-271
159" (MIRA 13:4)
(Reservoirs) (Moran, P.)

FM)OROV. L.T.. kand.takhn.nauk; LIONTO UVSKIY, B.B.; GILILENBLAT, Ya.D.,
kand.takhn.nauk; KORINISTOY, D.T.; ROSSINSKIT, K.I., kand.takhn.
nauk: KUZIMIN. 1.A.. kand.takhn.nauk-. KOIIMTSKAYA, A.A., inzh.;
IIISAR-MUKHAKKDOVA9 G.N., insh.; PANOVA, G.K., inzh.; ROZHDZSTVINSKIT,
G.L., inzh.; SEKIKOLINOT, A.$., Lnxh.; TSMVSKIT, S.Y., lnzh,;
ZHUKOVA. N.Y., insh.1 WISHIN, N.M., retsonsent;_-DITSKIT, S.M.,
doktor tekhn.nauko red.; MINMI, M.7.. doktor te ~--.-na-uk-, Wreit.--.-
GALAKTICKOV, V.D.. kand.geol.-min.nauk, red.; ZAVALISHIN, I.S., insh.,
redo; MALISHEV, N.A., lnsh,, rad,; MIKKAYLOV, A.Y., doktor takhn.
nauk. red.; PETROV, G.D., insh.. red.; RAPOPORT, Ya.D.. red.; RUSSO.
G.A., kand.takhn.nauk, glavnyy red.: SIVASTITANOT, V.I., inzh., redo;
TITOT, S.V., inzh., red*; TISTROVA, 0,N,, red,; LARIONOV, G.Teep
tekhn.red.
[Hydrology and water economy of the Volga-Don] Gidrologiia i vodnoe
knoziaistvo Volgo-Dona. Pod red. S.N.Kritakogo i M.YoMenkelis,
Moskvs, Gos.energ.izd-vo, 1960. 146 p. (KIRA 13:11)
1. Moscow. Vaesoytiznyy proyaktno-isyekateltakiy I nouchno-iseledo-
vatel'skiy institut Nftdroproyektm imeni S.Ta.2hak. 2. Daystvitall-
nyy chlen Akademii stroitelletva i arkhitektury SSSR (for Grishin).
(Don River-Water resources development)

YNDOROY, N.N., kand.takhn.zwuk; POP07. I.Y., kand.geogr.nauk; BORSUK, O.Not
kand.geogr,nauk; GRUSMSKIT, H.S., kand.tekhn.nauk; VELIKANOY,
X.I., prof., doktor takhn.naiik. red.(Koskv.9); UMATIV, V.A., otv.
reds; ALUM, O.A,, red.; BLIZNTAK, Te.T., red. (deoeased);
BORSM, OJ,# red,; DATTDOV, L,X,, red,; DOMANITSKIT~ AoP,, reds;
KALININ. 0.P., red , ZRITSKIT S N red.; XUIZLIN. B.I., red.;
red.: M-2-10-8 0
XANOIM, L.Y., , J~0# X.F., red.; ORWY, B.P., reds;
PROGMUKOV, Asl.e red.; SOKOLOV-SKIT, D.L.. red.; SMGLER, O.As,
red.; CHIBOTAMOV, A.I., red,; MOMOVSKIT, S.K., red.; MATILINA,
H.K., red,; VLADIMIROV, O.G., taklin.red,
[Transactions of the Third All-Union Hydrological Congress] Trudy
III Yeasolusnogo gidrologichaskogo n"esda. Vol.5. [Section of
Hydrodynamics and River-Bad 11volution) Sektaila gidrodinamiki i
ruslorykh proteassov. 1960. 421 p. (XtRA 13:11)
1. Voesoyuznyy gidrologichasiciy agesd. 3d, Leningrad, 1937.
2. Goaudarstvennyy gidrologichaskiy inetitut (for 7adorov, Popov).
3. Chlan-korrespondentAN S&M (for Valikenov).
(Hydrology-Congresses)

doktor toklmnaukj ME111:91,1, M.F., doktor tekhn.nauk
Defining more precisely the norms and technical conditions for
the calculation of maxim;m discharges in the design of hydraulic
structures on rivers. Trudy Gidroproakta no.4:9-23 160.
(Hydraulic engineering) (MIRA 15:2)

KRITSKIY, S.N., doktor tekhn.nauk.; LSSKOV, G.A., inzh.
Plotting calculated flocd hydrographo. Trudy Giciroprockta
n0-4:14.&54 160. (1-UM 15:2)
(Obf River-Hydrography)

8/050/60/000/05/08/020
B007/BO14
AUTHORSt Kritskiy, S. No# !!~nksllo N. F.
TITLEt On the Estimation of the Probabilities of Excess Maximum
Water Deliveries in Rivers Fed by High Waters of Different
Origins
PERIODICALs M~e sorologiya i gidrologiya, 1960, No. 5, pp. 34-36
TEXTt In man]~.kJXM, high water is at times caused by the snow melt#
and at other times, by heavy rainfalls. The following paradox arises from
calculations made at home and abroad (Ref. 2)1 in the range of rarely
reoccurring maxima, the probability curve drawn after the rain course is
higher than the curve of the highest maxima during the year (maxima due
to snow melts or rainfallst respectively). This paradoxical situation is
explained here, and a calculation procedure satisfying the nature of
objective phenomena in shown. When setting up the curves, the parameters
of the three curves (of water amounts caused by snow melt a, such caused
by rainfallep and the curve of the yearly maximum aaounts) are estimated
on the basis of data available. The third parameter, the coefficient of
Card 1/3

On the Estimation of the Probabilities of S/050/60/000/05/08/020
Excess Maximum Water Deliveries in Rivers Fed B007/BO14
by High Waters of Different Origins
asymmetry, however, is assumed on the strength of general considerations.
Ito valuse are assumed for the ooamon curve and do not oorrespond to the
distribution laws of each individual high water type. This gives rise to
the mentioned discordance which can be eliminated by a proper selection
of the coefficient of asymmetry. The correct procedure is illustrated by
the diagram in Fig. 1. This diagram contains the probability curves for
each of the high water types. It in assumed in this connection that
there be no,statistio relation between the two high water types observed
during the eameyear. The formula from paper (Ref. 1) is written do n. it~/
is possible by this formula to set up a curve of the yearly maxima,
based on the given probability curves of the maximum water deliveri:s of
each of the high water types. In the upper part of the diagram, this
curve forms, so to speak, an envelop* for the curves of the two high
water types. In the range of low probabilities of an excess in the maximum
water deliveries it practically coincides with the curve giving the higher
values of the very rare peaks. Usually, the rain maxima fluctuate lose,
from one year to another, than is the case with the snow maxima. Therefore,
the upper branch of the common probability curve approaches the
Card 2/3

On the Estimation of the Probabilities of 3/050/60/000/05/08/020
Excess Maximum Water Deliveries in Rivers Fed B007/BO14
by High Waters of Different Origins
corresponding branch of the rain-peak curve. For an illustration of the
foregoing, the example shown in the Fig. is given in all details.
There are I figure, 1 table, and 2 references, 1 of which is Soviet.
Card 3/3

SHEYMW,t L.B., inzh,; KRITSKIY S 11. doktor tekhn.nauk
"Engineering hydrolog7m by G. RdMnidras [in French]. Reviewed
by L.B. 8heirman, S.N. KritBkii. Gidr. stroi. 31 no.9:3 of cover
s 161. (MIRA 14:12)
.(Hydrology)
(Rdminidras,, G.)

KUTSKIYP S.N., doktor takhn.nauk; M..F.,, doktO-r tekhn.nauk
Method of technical and economic comparisons* Gidr.strol. 32
no-4:/,0-42 A 162. (MM& 3-5:4)
&y=leatric power stations)

IIOVIKOV, I.T.; IMPORCUMY, P.S.; GI:aBUPz, S.Z.,; E,-'LYAY.OV, A.A.;
ZRISTOV, V.S.; VCVI&'jE]SKIY,. A.N.; WAI.730V, P.M.;
BOROVOYO A.A.j TERWj I.A.; ALEKSAN)RCV, B.K.;
YURINCV, D.M.; NOSOV, R.P.; RIKIIAYLOV, A.V.; HICHIPORCVICII,, A.A,;
AEELEVI A.S.; PROSKMtUKCVp B.V.; MEWL', M.F.; KRIiSKIY. 3.N.1
BELYYj L.D.
Mikhail Zygonlovich Knox-re. (sidr. stroi. 32 no.51 My 162.
(MM 150)
(Knorres Mikhail Evgonlevieh, 1876-1962)

KRITSKIYp S.N... doktor takhn. nauk; MWUIIp M.F.t doktor takhn, nauk
level flustuations of -!,Dead inland otas and lakpa.
. Meteor i. gidrol. no.'..'t32-36 JTI 164 (141RA l?t8)
1. Pov*t po izu-Ihen:!.7u'proisvoditaltn7kh oil pro Gosplane
w Pt.

1 .7) V. F.
it, I . 1 -1 . -
.Iodulus 'ar.:. Arch 5ci, :;'%;co,.,
ll-;5~- ..~o 12., Mar
So- Sum. 0 ";'10, 2) Selt ~55 - Survey of Sel,mbific mid Tcchriiwal. Diq,:,erLa',Ions
Def"crided at IRISR Iiii-Iner LducaUunal InstitutLons (15)

AVEW41=0~2 A.P., insho; KRIMM, V.Gw, inzh.; MYZDRIKUY, Yu.A., inzh.
Improving boring and blasting at quarries, Stroi. mat. 9 no.2:7-10
F 163. (MIRA 16:2)
(Boring) (Blasting) (Qaarries and quan7ihg)

KIRITSKIT.,,
~.W4=
.
. );at
- - .
Nicknl plating of used screws without preliminary grinding of
heads. Masb.3~1. no.4sl42-143 157. (MIRA 1119)
(Nickel plating)

1wzUNOv' I.A dots.; GRIBANOV, I.I., dots.; IVANOV, A.I., prof.
[dec;alsed); MAS1DVj *jI.,,dots.; RACHINSKIY, A.A., dots.;
TROITSKIY, A.A., dots.; TROITSKIY,A.'V., prof.; KHORST, G.O.,
dots.; EENIYAMINOVICH, E.M., retsentent;,KRITS IY, V.M.,
reteenzent; POYARKOV, V.F., retsenzent; RATURIN, S.I., "to.
red.; TIKHONOVA, I., red.; UKHTIYAROV, A., tekhn. red.
[Manual for.hydraulic and irrigation engineers] Spravochnik
gidrotekhnika-irrigatora. (By] I.A.Buzunov i dr. Tashkent
Gosizdat UzSSR. Pt.1, 1962. 442 P. (MIRA 16:7~
(Hydraulic engineering) (Irrigation)

T- ,I
JMITSKmo V.11.
late results of streptomyoln treatment of tuberoulous meningitis in
ohildren, Probletubs 34 no~303-37 8-0 156- (MIRA 10ill)
1\
is In q0tskoso detskocc tuberWescogo sawtoriya (glaynn vreoh
V.U.XrI%ekI.vg nsuohr47 rukovoattell - prof. L.D.6at synberg) Voronssh-
skogo obledrevotdole (say. I.Pftrmonko)
(MMUSIlp RIVINUAL, in We od ohild
there@ streptoWain, remote results)
(89-MONYCIVe there use
tubarool seningeel in ohtlao# remote results)

- , - I I- ~ ,--T-,~ -i- - - -
,-7 /1-.- . / - .7" --71--r - o- :- -- -- - - - - -- - - - - - --- - - - - ---- - ---- - - -- -- --- - - - -- -- --- ---- - - -- --- - -
- JMITSKIY. Y.N.
Rolopeas in tubercular meningitis in children [with summary in
fmgliahl, Podistrits 36 no.1:34-40 Ja 158. (HIRA 11:2)
1. Is Grafskogo detskogo tuborkulernogo I'll natoriya (glavnyy vrach
Y.N.Kritakir) Voronothekogo oblasdrevotaela kzav. I.P.Yurmanko)
(HMI11a3S--TUMCUU)S IS) (GHIIDRRfJ--DISk;AS3S)

MTSKIYP
on the problem of familial ogitsoartinlar tubermdosin, Problo
tub, 38 vo,Ss8"9 160. (KCU 14d)
1, Iz Grafsk 01detak go tuberkul ori7a (g3.avmy wach
VON* mritsid.71 Tbron=skogo otlo'do'rmavooKot'd'oelsam(tsav, I.P. Pomw&o).
(BMW-TUEMCUI,0M) ~ ~ '

kV
KraTSKIYP V.N.
RBsults of 10 years of obserrations on children convnlosoant
frm tuberculous meningitis. Probl.tub. no.5:29-34 161. (MM 15:1)
1, Iz Grafskogo detskogo tutorkuleznogo sanatoriya (glavmyy vrach
V.N. Kritski-yj Voronezhskogo oblodravotdola (zav, I.P, Fwmenko),
(MMES-TUMMMMIS)

KH1TSTay-.v-.-1v.-.- -glavny-yvrac-h-
I ,
Nutrition for tuberculosis children. Med. sestra 20 no.9*.32-38
S 161. (MIRA 14:10)
1. Is Grafekogo detskogo tuborkuleenogo sanatoriya Varonozhakogo
oblzdravotdela.
(CHILDREN-Z-UTRITION) (TUBERCULOSIS)

KRITSKIY, V.N.
Exercise therapy in the compound sanatorium treatment of pulmonary
tuberculosis in children. Med.sestra 21 no.8;16-20 Ag 162.
(MIRA 15:9)
1. Gja%TLyy vrach Grafskogo detakogo pro tivotuberkuleznogo
sanatoriya Voronezhakogo oblastno o otdela zdravookhraneniya.
(EXERCISE THERAPYI (TIJEERCULOSIS)

7. -..- v i, " -7 -1 -i I 'f,
2--4 ~ - - T"?"--
KiTNKII, V1r!,IimIr Viktorovich, IPPe- A 0~,)rl ' r!,iijri^ In
ind r,-!tri-r-lnhy. Tzd. h., dor. 1 r,~rpr. 1946. (4P--?6030)
~v36r;.K75 igh6

'L3Y.11, 'llidlmir llikf.orivit~h,
iM 'n,t0e i-+.- nn rrint,il lo,-Y-inhy.
,-'V6r'.y79 Ir)49
A ih,)rl, in -!nir-i! .-'ro-ri-hv
T. z,l r).
YrDtle).S. lmrn min -ri I oedi 1 1 NO (Card
1. Min-rolovy. ". Crvi ti 11 o,,ri rhv. ~. Pmtrmlm-v. T. Inrved D-il.ri--
virh, InPP-

I fl L
-IRITSKITO-Vladimir Tiktorovich, dotsent;-CEZMRIXOT, S.D., dot'sent,
[Short course in mineralogy and petrography with basic principles of
crystallography] Iratkii kurs minerologii i petrografft a nachallnyai
evedenilaml po, kristallografil. Utyerzhdano v kacheatTe uchabe posoblia
dlia uchashchikhmia jornykh takhnikumov. Isd. 6., parer. I dop.
Moskva, Ugletakhisdat, 1953. 275 p. (Wak
1. Moskovskiy goeudaretvannyy universitat (for Chetverikay).
(Mineralogy) (Petrology) (Crystallography)

~.rjj
Kr-.tkly hirr mi-vmn1r)-ii i mtro-r.~:711
kfirt%11,1t;r,,-f It (Conciso cotirr, - of with t-iqlr-
ir!'ormation c~ncaralaL cri,c~talloC-,ra illy, 1)'v) V. V. (i) S. D.
C
,~Otveril:o7- Izd. 7. per. 1 dj,). 1-L)r'kv-t'
Uf-blotokhlmlat, 1955.
Literatury; p. !)"0-(m)

L j81a4__,%66___ __ -_- . ---C -
ACC NRi AP6013816 SOURCE CODE: U.R/0066/65/10/006/0005/0008
AUMOR: Kritskiy, Ye. D.; Slyusarenko, V. I.; Kuznetsov, D. A.; GeRanets, A. I.
ORG: none
TITLE: Klimat-4 ship air conditioner
SOURCE: Kholodillnaya tekhnika, no. 6, 1965, 5-8
TOPIC TAGS: air conditioning equipment, refrigeration equipment
ABSTRACT. The Klimat-4 air conditioner is designed for year-round operation on ves-
sels not equipped with central air conditioning systems. It controls both temperature
and relative humidity and can move 1500 m3 of air an hour. The Klimat-4 consists of
a cooling unit, air heater, humidifier, fan, and automatic regulator system-, freon-22
is used as a coolant. A detailed breakdown of the technical parameters and a descrip-
tion of each component of the air conditioner are given. It is recommended for use on
ships and in hospitals, kindergartens, cafes, and restaurants. orig. art. has: 2
figures, 2 tables.
SUB CODE: 13/ SUBM DATEt none
UDC: 628.83 : 629.12

SOURCE CODE:
AUTHOR: -Meltnichenko, L. G. (Docent); Truskov, P. F. (Candidate of technical science
Kritskiy, Yeo Do
ORG: none
TITLE: Method and results of investigation of wear of materials for bearings in
sealed cooling compressors
SOURCE: Kholodillnaya takhnika, no. 2, 1966, 1o-18
TOPIC TAGS: cryogenic fluid compressor,, ball bearing, bearing material, wear
resistant alloy, corrosion resistant alloy, bronze/BrSuN-7-2 bronze, BrOF-10-1 bronze
ABSTRACT: Experimental results'presented hore on bearing material woar
agree well with expokence of aoizuro on tho job, As a result of experimonts
performed under varying conditions, the authors conclude that: the resistance.
:to seizure and wear of the materials investigated in a frwn-22 medium is
I I
.considerably poorer than in the air. The highest seizure resistance and
greatest wear stability at load pressures 'up to 100 kg/;~2was exhibited by
bronze alloy BrSuH-7-2. This alloy has Immr strc-Sth than lead bronsl
type BzOY.10-1 bwever. With the same load levels. bronze- ra hit,*W%ave
11woh poorer ;;;Aoorrosion qualltiese, The met prwdsi% x*Q'Nor o ration I
in freon compressors is therefore HrSuN-7-2a Orig. art@ has: 5'rig;roo aM 2 tables
SUB CODE: 13g 11 / SUBK DATE$ none / ORIG REF: 014 EJFRSI

LOKONOY,'M.Y., knnd.tekhn.nauk; KRITSIrY,. A-nzVe--n-e-7r-,-ROZHKOV, X.Y.
"Automation And control of processes in concentration and hydro-
metallural by I.L.Kovallskii, B.T.Nevskii. Reviewed by
M.F.Lokonov. I.L.Kritakii, K.V.Rozhkor. TSvet.met. 26 no.4-68-72
Jl-Ag 153. (MIRA 10:10)
(Notallurgy) (Ore dressing) (Automatic control)
(Kovallskii, I.L.) (Nevskii. B.T.)

KRITSKIY,Ye., inshener
--l- ."': ~4 -~
Control device for protecting crushing machinery from metal scraps.
Stroi.mat., Isdel. i konstr, I no*7.22-24 J1155. (KIRA 8:11)
(Omehing zaahlnerY)

KRITSKIT. Te.L., Inshener
sea, . ~ -.;-
,-,
Device for the control and registration of the circulating load In a
crushing mill. Gor.shur. no.6154-59 Je 155. (KM 8: 8)
(Crushing machinery) (Antomatic control)

137-1957-12-22985
Translation from: Referativnyy zhurnal, Metallurgiya, 1957, Nr 12, p 19 (USSR)
AUTHOR: Kritskiy, Ye. L.
TITLE: Problems of the Comprehensive Automation and the Prerequisites
for the Complete Automation of Concentration Plants (Zadachi
kompleksnoy i predposylki polnoy avtomatizatsii obogatitellnykh
fabrik)
PERIODICAL: Obogashcheniye rud, 1956, Nr 6, pp 1-6
ABSTRACT: The comprehensive automation (CA) of concentration plants re-
quires the simultaneous employment of all known systems of auto-
mation in order to guarantee the greatest reduction in the number
of service personnel, increase the efficiency of the installation,
improve processing techniques, and ensure more sanitary work-
ing conditions. CA may be regarded as the first step in the trans-
ition to the completely t;utamted . concentration plant. To solve
the problems presented by CA, a great amount of work will be
needed, both with regard to material and technical preparation,
in order to provide the designated installation with units for auto-
Card 1/2 matic regulation and control. The procedure for the introduction

137-1957-)Z-22985
Probleims-of the, Coinpechene ive, -Atitornattow AitoWy~
of CA is given. Author recommends that serious attention be
paid to the automation of crushers.
A. Sh.
1. Metallurgy-USSR 2. Industr7-Automrtion
Card Z/Z

14(5)
SOY/112-59-5-9631
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1959, Nr S. p 169 (USSR)
AUTHOR: Shteyn, S. A., Fershtenfel'd, A. A., Mednis, E. F., and
KritskiX~, Ye, L
TITLE: Comparative Tests of Various Methods of Automatic Control for Ball Mille
PERIODICAL: Obogashcheniye rud, 1957, Nr 6, pp 55-66
ABSTRACT: Three methods of automatic control of mill operation were tested at
the Noril'sk concentrating plant: constant weight of feed, constant noise, and
constant circulating load; the tests were conducted from January, 1956, to
April. 1957. A short description and a comparison of the above control
methods are given. Seventeen illustrations.
A. A. S.
Card 1 / I

KRITSKIT. Ta.L.
.j ~ -
. .-
'A"1040~~
6W' Apparatuses and equipment for the protection of crushing machinery
from metall1c Inclunions; natal detectom qog, rud. 3 noel:
64-71 158. OGRA 11110)
(Crushing machinery) (Magnate) (Automatic control)

IT - ___
AUTHOR: Lokonov, M.P.
SOV/136-58-10-23/27
TITIS: The Fourth Scientific-technical Session of the Mekhanobr
Institute (CbLetvertaya nauchno-tekhnicheskaya sessiya
instituta Mbkhanobr)
PERIODICAL: Tsvetnyye Metally, 1958, fir 10, pp 92 - 95 (USSR)
ABSTRACT:
Card 1/6
On July 15-18, 1958, the fourth scientific and technical
session of the Mekhanobr Institute was held in Leningrad.
It was attended by about 300 representatives from
scientific and design institutes, industry and political
bodies. The session began with surveys of the work of
the Institute since the third session in 1954 by Professor
O.S. BoSdanov, G.A. Finkellshteyn and A.B. Patkovskiy.
The session then heard and discussed the following: by
Ye.L. KritsgX (Mekhanobr) on the development of a sound-
meiiiir-ement method of regulating ball-mill operation;
by A.I. Povarov and M.G. Zabirov (Mekhanobr) on the auto-
matic maintenance of constant hydrocyclone sands-density;
by I.I. Blekhman, (Mekhanobr) o,-a the selection of the main
operating parameters of vibration machines; by
I.M. Abramovich (deceased) and R.V. Yevsiovich (Mekhanobr)
on the development of a new industrial model of a three-level

SOV/136-58-10-23/27
The Fourth Scientific-technical Session of the Mekhanobr Institute
concentrating table with 20 m~ of total deck area; by
G.A. Finkellshteyn (Mekhanobr) on increasing the wear-
resistance of beneficiation equipment particularly by
rubberising; by G.A. Sedova (Giprotsvetmet) on the un-
certainty of the need to automate beneficiation works; by
A.M. Pogosov (VNIITevetmet) on now equations for calculating
the grindability of ores and productivity of ball mills;
by A.K. Kuzovlev (Sredne-Aziatskiy institut geologii i
minerallnogo %rrlya - Central Asian Geological and Mineral
Raw Materials Institute) on tests of a new type of turbo-
cyclone; by V.I. Lutsenko (Gorno-metallurgicheskiy institut
Armyanskogo sovnarkhoza - Mining-metallurgical Institute
of the Armenian Economic Council) on measures to improve
a type ".Mekhanobr-6" flotation machine at the ' 1Udr-'hLrOn
Works; by V.R. Kubachet (UZTM) on modernisation of crushing
and grinding equipment; by S.I. on the work
of the Mekhanobr Institute on collectors and flotation modi-
fiers; 'by I.N. Maslenitskiy and V.V. Dolivo-Dobrovollskiy
(Mekhanobr) on the rendering harmless of waste water from
beneficiation plants; by I.S. Shitov (Mine Management of
the Magnitogorskiy metalluraicheskiy kombinat - Magnitogorsk
Card 2/6

SOV/136-58-10-23/27
The Fourth Scientific-technical Session of the Mekhanobr Institute
'Metallurgical Combine) on the slowness of Mekhanobr in
certain fields; by A.A. Kalmykov (Norillsk) on the
incomplete utilisation of Norillsk ores and changes in the
flowsheet at the Norillsk Beneficiation Works; by V.I.
Saprykin (311brus Mine) on the need for Mekhanobr to
participate in the work on the utilisation of Suriyak
deposit ores and accelerate their work in other fields; by
B.M. Bendhikov (Takeliyskaya obogatitellnaya fabrika -
Tekeli Beneficiation Works) on the shortcomings of the
Mekhanobr designs for the works; by V.A. Binkevich
ODnepxpetrovskiy sovna khoz - Dnepropetrovsk Economic
Council) on difficulties'in the region in ore beneficiation;
by O.S. Bogdanov, A.K. Podnek and V.Ya.Khaynman (Mekhanobr)
on the kinetics of the action of flotation reagents; by
V.Ya. Khaynman (Mekhanobr) on an investigation of th-~
mechanism of the action of cyanides and complex cyanide
compounds of ferri- and ferrocyanides; by S.D. Sukhovol'-
skaya (Mekhan br) on factors produci depression of
minerals; by B.Ya. Yanis (Mekhanobrron the investigation
of various flotation modifiers for non-sulphide minerals
with the aid of radioactive isotopes; by 1.N. Shorsher
Card 3/6

JOV/ -18;j~o-jgj/tZ~
; i JA% 1 3 2. ute
The Fourth Scientific-technical Session Of t e ano, r
(Mekhanobr) on the flotational separation of collective
molybdenite-containing ores; Ye. L Vishnevskiy and S.L.
Gekhtman (Mekhanobr) on the beneficiation of cassiterite-
containing ores; by N.K. Nikollskiy, I.P. Kell', Yu.0.
Tennison and Yu.N. Chepelkin (Mekhanobr) on the determination
of the residual sulphur-ion concentration in the pulp with
the aid of a silver-sulphide electrode; by A.S. Konev and
K.G. Bakinoy on the technology of separating lead-copper
concentrate by depressing galenite with iron sulphate and
sulphite and flotation of the copper minerals; by G.S.
Strelltsyn on the special features of flotation of perov-
skite ores at 'the Afrikands Beneficiation Works;
by I.N. Maslenitskiy and P.M. Perlov on the present state
of the autoolave-soda process of treating tungsten-ore
beneficiation products in the USSR; by V.I. Konstantinov
(Mekhanobr) on layout at some of the largest Soviet
benef iciation works - by M. S. Tevonyan (Kavkaz skiy in3titut
minerallnogo syrlya3 on the successful experiments on the
separation of a lead-copper concentrate with potassium
permanganate; by V.A. Lisichenko (Kavkaz Institute of
Card 4/6 Raw Materials) on a study of the flotational reaction between

BOV/156-58-10-23/27
The Fourth Scientific-techrLical Session of the Mekhanobr Institute
a mineral particle and an air bubble; by Professor I.A.
Kakovskiy ZUralmokhanobr) on the influence of the surface
state on the electrical separation of low-conductivity
minerals; by Professor V.I. Klassen (IGD AN SSSR) on the
vacuum flotation of particles smal1w than 10 )1; by F.I.
Nagirnyak, (Uralmekhanobr) on the complex utilisatilon of
low-grade copper-zinc ores; V.P. Sokolov (Bredneaziatskiy
NII geologii i minerallnogo syr1ya - Central NII of Geology
and Mineral Raw Materiels) on the beneficiation of boron-
containing ores; Doc-_.b P.P. Titov on the use of radiant
energy to improve the flotability of minerals; Professor
K.A. Razumov (Leningradskiy gornyy institut - Leningrad
Mining Institute); B.G.r. Krangachev (Armgiprotsvetmet) on
some shortcomings of Mekhanobr; Ye.N. Grivezirskaya
(Balkhash - Copper Works) on Mekhanobr recommendations for
that works; M.Z. Valyayeva (VNIITsvetmet) on the work cf
that organisation in Altay Beneficiation Works; by
Professor S.I. Mitrofanov (Gintevetmet) on sorption and the
depressing action of reagents; V.A. Rundkvist (Mekhanobr)
on the Mekhanobr designs for the Tekeli Works;
Card 5/6

BOV/136-58-10-23/27
The Fourth Scientific-technical Session of the Mekhanobr Institute
Professor M.A. Bygeles (VIMS) on errors in N.A. Yanis' work;
by I.P. Plaksin, Corresponding Member of the Ac-Sc.USSR,
on some of the reports presented.
At the concluding plenary session, V.F. Fedorov (GNTK USSR)
discussed the requirements in beneficiation for the fature.
and the part to be played by Mekhanobr. The following
participated in the discussions: A.A. Kalmykov (Norjl1sk
Combine), V.A. Olevskiy (Mekhanobr) I.S. Shitov
(Magnitogorsk Metallurgical Combine3-
Card 6/6

--- - --- -- - - - -- - -- - - --- -- - -- - - ---
Consumption control of the water fed to a classifier with a closed
comminution circuit. Obog, rud 4 no.2:37-39 '59. (MIRA 14:8)
(Crushing machinery) (Automatic control)

KRMKIYt Yo.L.; MINSTER, M.N.
The MT6 translator metal dateotor. Biulotakh,..ekon.info=.Goo.nauch.-
isal.inst.nauch. i tekh.infors. no.847-48 162, (KOA 15:7)
(Electronic instruments)

KRITSKIY, Te.L.; MINSTER, M.N.
*ASDE*, metal detector. Obeg. rud 7 no.3:60-63 162.
I (Sweden-Metal detectoip) (HIRL 16:4)