SCIENTIFIC ABSTRACT KRASHENINNIKOV, M. G. - KRASHENINNIKOV, V. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000826030009-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KRASHENINNIKOV M.G.- FILIPPOV, S.I.
__L --- 1- -_ f
Properties of iron-carbon melts on viscosimetry and electric
conductivity basis. Izv.vys.ucheb.zav.; chern-met. 4 no-9:
21-31 161. (MIRA 14:10)
1. ~skovBkiy institut stali.
Liquid metals-Electric properties) (ViscoBimetry)

MUSBENMIKOV, M.G.,g FILIPPOV.. S.I.
Characteristics of the temperature function Iff the rate of the
liquid steel deoxidation process. Izve vys, ucheb, zav.;
chern,met.-5 no.1:20-32 162. (MIRA 15:2)
1. Moskovskiy institut stali.
(Steel-Metallurgy)

S/llt8/63/000/001/002/019
AUTHORS: Filippov, S.I., Kra s hen inn:~kov4_1M Ioffe, I.I.
TITLE: Experimental study of the process of the formation of
a gas phase in a metallic melt
PEPIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Chernaya.
metallurgiya, no.1, 1963, 8-16
TEXT: A study was made of the gas inclusions in Fe-C-0 melts,
in which two methods were compared, (a) determination of the
anomalies in the oscillations of a freely damped suspended body
immersed in the melt and (b) determination of the anomalies in a
rotating magnetic field. The melts were obtained by adding
graphite and partly oxidized electrolytic iron to technically pure
iron. In (b) 'Aie probability KS, of the foritiation of
heterogeneities in the melt is proportional to ratio of the number
of oscillations with disturbances to the total number of
oscillations. Similarly, with (a) The pr-obability K.) is
proportional to the ratio of the number of oscillations not
falling on a logarithmic straight line to the total number of
oscillations. The results confirm the authors' conjecture that
Card 1/2

S/148/63/000/001/002/019
Experimental study of the process ... Ell.I/E451
the heterogeneity is due ~ntiraly to the decarburization reaction.
In (a) the difference between the maxiiziui,,i and minimum anomalies
Lap was examined and was found to be as good a qualitative
guide as K to heterogeneity. In (b) the sum of the maximum
positive ang negative anomalies 12"Aag was also examined and was
found to be preferable to KV as a guide. Both methods were
sensitive to the appearance of inclusions clue to the formation of
nuclei followed by the growth of small bubbles on them. From
Frenkel's theory of liquids, it is concluded that both methods
show the early stages when, in the presence of excess oxygen,
cracks and discontinuities in the liquid develop into nucleating
cracks and holes from which fine bubbles appear. This mechanism
has been confirmed by determination of changes in viscosity.
There are 6 figures.
ASSOCIATION: Moskovskiy institut stali i splavov
(Moscow Steel and Alloy Institute)
SUMMITTED: October 3, 1962
.---Card 2/2

BAYDOV, V.V.; KRASHENIHNIKOV, M.G.; FILIPPOV, S.I.
Regularities in the reduction of iron from molten ores by
hydrogen. Izv. vys. ucheb. zav.; chern. met. 7 no.1:13-19 164.
(MIRA 17:2)
1. Moskovskiy Institut stali i splavov.

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NJ r-c)~.
LVA., U.N.; KRUITOV. A P. -, YAMPOLISKIY, I..
nauchnri rodaktor; KONVISSER. L.. redaictor, GRAZOANKINA, V. te-
khnicheakiy redaktor
[Pneumatic conveyors in cement indut3trieu.] Priou-matichnakiy tranfl-
port Y toementnol promyohlannonti. Houlcva, Goo. t7d--vo Itt-ry pa
stroit. materialsm, 1951. 138 P. [MiGrofilzil (xiRA 19:4)
(Conveying machinery) (Cement induatries)

KRASHENINNIKOV, M.N.; EUDRYAVTSEV, A.S.
Stindard plan developed by the State Institute for thp Dosign
and Planning of Establishments and for Scientific Research in the
Cement Industry. TSement 27 no.4:3-7and insert Jl-Ag 61.
(mIRA 14:8)
(Cement plants)

KELASEWTINNIKOV, H.V.
Work results of the Hapaa Hydrometeorological Station.
Meteor.i gidrol. no-3:57 Mr 157.' (MLRA 10-5)
(Napas--flydrology)

USSTIVCultivat~,,d Pl.,,nts. Foddor Plants.
,~bs Jour : Ref Zhur-Bic)l.l Fio 1,;, 1954'-15 6'_'204
lm'C.hor .-Er-ashuninnikov, D-J. A0
Inst : Institutc.,
of Bast CTops.
T it 1,~~ : Raisin,~ "!-,h:D Pl.-oductivity of C'Ta?;-Lss Fiulds
in Llcrp 7lotations.
Orip Pub : Tv. Vscs. n,-i. i.n-t,.L lub. kulltur, 1557,
No 221 25-35
Abst-ract:- ; Expori,,-.-ionts J.iich %,,._,3:o conduct'A from 1950
-to 1954 at tho Institutu of Bast C_-~ops, do-
rionstrati~d that in th~.~ SiLny Obl'i, St, ,--,,Eras s
mixturc of clov(.:rg lllcorlv~q ~Illfl lhi;~h ]!w-l-
Crass r,,ar, th,., yi-lds ill tlv~ fi:cst
y,---ar aft -,r it At I;hc. R-,-,d
C a r d 1/3

USSR/Cul',-,iv,,_it,A Plallts,. 1'.,()dd,~r
Ab,e, jour : R,-If Zhur-Biol,j '10 157 19507 1/~)t'~204
kol'zhoz, Swl" Olila-3t?, it va:; also :oct-,,d that
9 , aind is
th,D clovt3r lucorn, , i "
-~jjtj -tir104
:.iuch su-oorior to a clow;r U- h -,turc,,
Ilownvor, at. thu Poc,'dnkov.,,Ilzo.-,7,,~ T(-,st in
tln,~ Arza:~ius Obl.,istl, puru r(A clover Laif '; blue
hybrid lucurn;j sw-:--ings mro in no in2crior
to `61h-, abovo rAyt,,ire7 th-,r ~s conc_rnr,
quai,~LiLy of' or in tu(_~~?i-_is o-f lth,~ silbs,~.,aucnt
ha2vc.st of homp st-tlks. "Ih(;n grassur, ar,_~ sm".1i
f rx.- t,*_,u ruars under thesu coidlitloji2, it is
advisabl,3 to sm. a combination of clover,
lucwmo, ind couch r~rass, o,-,, )urc_~ Micurno
accordln~, to thc: oDc_-cial licin ro'Ua*tion- %:hen
th,.; grasses are an-mirl, rod clovor, bluo- hybriCt
lucorne, or ni_:,tur~~s of 'Ll-heso, shoulrl, bk.~ ro,,-.!n.
Card 2/3
67

USSR/Culll-ivat-d Plants4 Fodder Plants,
,j
Ab:~ Jom- R,;f Zhur-Biol.7 jITo 11, 195u9 60204
Th(-. hi-host yiclcl.o of grassi h~~ 'y -; 'nc, a~;mp
fiber (licup sovin oii a basc) i.-cr-. ~xhi,-,-
v,,~d viiii..,ii tl-i,.! WQr(l, :,C)'.:I"l Oli bar,-. and
plantod si)rin,;; f,~aloi-.,, und also ivlicr. .'u-j7,oy
sown in tho sprin,,,, undor spring,- -.ihcat. The
pulsu frlassos should prc.~doniivt.. ovor hurbLi-
c,~,.uus IvIrassos in grass V. v.
lCoporzhinskiy
C,rd 3/3

TEGORUSHKIN, V.Te.; laUSHl=TffIKOV. N.A.; RAZ)ffSLOVICH, I.R.; PEDOROV,
F.F.; TSEKHANOVICH, F.V.; TSVTRKUN, N.A.; BUTTLIN, G., red.;
KALECIIITS, G., tekhn.red.
(Handbook of a tractor driver] Spravochnik traktorists. Minsk,
Goa.izd-vo BSSR, Red.sellkhoz.lit-ry, 1959. 578 P. (MIR-A 13:3)
(Highway transport workers--Handbooks, mnnuals, eta.)

T11~01~IN, M.A., kand. tekhn. nauk; SENCITTIKO, G.I.) knnrl. ocll-
khoz. nauk; A11111"HTLY11, A. I., kand. sellkhoz. nauk;
GORSHKOV, P.A., doktor sellkhoz. nauk; ZHUKOV, M.S.j
kand. sellkhoz. nauk; MKO, A.P., kand. oallkhoz. nauk;
KRASIM11INVIKOV, N.A., kand. oeltkhoz. naWc; GOMD141Y, 11.G.,
doktor sellkhoz.nauk; REFYA10f, I.I., nauchn. sotr.; PIWNIK,
V.I., kand. sellkhoz.nauk; KHAND1, M.D.) kand. seltkhoz.
nauk; TSELIK, V.Z.) i9t. nauchn. votr. [deceased); KOMETS,
N.Lp muichn. notr.; ZRAUIDIA, L.3., nauchn. sotr.;
LYA511EI-11'10, 3.11.p kand. sallklioz. nauk; GONCIUVIOV, G.I., inzh.;
BUYANOV, V.I., inzh.; RUDNIKOV, V.N., ot. nauchn. sotr.;
BLOKIIINA V V red.; PROKOFIYEVA, A.11., tekhn.red.; SOKOLOVA,11.11.,
tekhn.rea. ' ***
[Hemp3 Konoplia. Mookva, Sellkhozizdat, 1963. 462 p.
(MIRA 16:12)
1. Vseaoyuznyy nauchno-issledovatel'skiy institut lutryaTUkh
kulltur (for all OxcOPt Blolchinap Prokoflyeva, Sokolova).
(Hemp)

4452- Automatic Conlrol of Calvinjklign Process In-Ole
(111iWall ) E-,N-KhQk rt)v and N. N~ K--
juary.. a , g. 1653,~P~.- ~
B, T R. V. 11), n-(7)T,-Tu1y-Au
Vol - 3 No. 4 otaly ft mues ming rem,cry owidenperi,
tt,st5 un
Apr- 1954
Ceramics and ConerStO

-Lh,.
i r o, c

KHODOROV, Te.I., kandidat takhnichaskikh nauk; MU'SMIMMKOV, N.N.,
inzhoner; SHATDM, V-K-, inzhener. ~ -: -. I - , 1. -'.. ~ L. , . " ~ '-..
Heat exchanger for high-temperature zones of rotary kilns.
TSement 20 no.3;6-9 My-je 154. (KLRA 7:7)
(Kilns, Rotary) (Heat exchangers)

KRASHENINNIKOV., N.N.
(Nikolay Nikolayevich)
"A System of Agrotechnical Measures to Increase the Harvest of Spring
Wheat in the Non-Chernozem Band of the European Portion of the USSR,"
(Dissertation), Academic degree of Doctor in Agricultural Sciences, based
an his defense, 16 March 1954, in the Council of the Leningrad Agricultural
Inst. and Academic title of Professor; CK-tir: General Agriculture.
Fruit and Vegetable Inst im. Michurin
0-M- 3,054,778, 2 Oct4 57

I-SR/Cujti-,,ac,-(j piu,.-O--s - Gral.ns-
i',bo Joui - Biol., i1o I 444~~j
'lut';or Kras:,cI--i!IrIkovj 11.1%, ;.S.
Tl"~-,t Fruit -,.nOt I.V.
L
Title T'., Eff--c,u of th,~ ("On'p-CLIng of tlll~- C..
'j
t".~- Gruuth of tl-c., 1131-cunelary Roots '11-ICL on
Spril
---iYb T17. ilioljovo~',hchn. I.V. vdcl-.ur - a
Grif, in 1556,
'ibstrac` Tlu, tomp::~cting oil si-curQ~; --.nA
R 11-ing
Yield (--),I c-I .V), 2-3 c,
th,; conditicv., W"d in::.-
~ovt'.I Of tl-,~ P-1 al-~;O J-cn~--Scs x=-,
root-, T,,u
(,%rd 1/2

- G--,iillr,. ~ I.
ii , i: '!mc .. Biol., No 1; , l."', 8, illif)37
A.).,; Jour t t, . ) j
0 t;~,~ L;oLl i.; ; A to -,11,~ ( I)-
cil -i~, (5-1, .-. ).
Cn.rd 212
- 23 -

*USSR
Gr&Jns.
CUTIVATEU PLANTS. noiib G-rains.
Tropi"I Cal-pals,
15~7
.k*",. 'foon. rZ5101''
t
y
J A)c N;))w- chernozem 11cl- t.
(I V Nc
3-957, 1 -1!1, 3-3
A T lo, d iiin;. t y
dnp~-_-Z,ds On 017 L~ns j~tr,O,' j '.ri oil
envirc-nM;3rLtal
..~~ht cZ "Its steda It"Proriij fleifl ri.-n~rvt-
in LI!e slimner. -im"at.
r'OrO
OV UP i. --11?I.JAO j rig o f che n v-id w .11.*. tin -
~'-Ij cr do~ spul-,ds, eirw-ravc., of

M
Clj' Cy IVP T Er) Pi. ~)'l T~,.
0 on lie av,.e c F.p cl loa-1, 13 ~1- -t.-
cl z -7~ ri Q
(.11) -10 Vi q,)A-C; UP, t..L.1 or ~', ii,~ L-
t-rVele!; prevalint, 4.lvclc,.:mu.-vt
tho sQcl,*!i('-,4;:','I art-J i-cot-3. a
Ici.'It jS YAUIU.'I~K in CIO S t 0111 .A n
c;:,t--O,-ejy favoc-tble of-l'act -~s ncr~e,- ?I,% W.-Ill
n 3,r)j Out clet's i I*".- of '4il ~ a t Or the
"lion of or_,7,rUc fortili-,er -&I-il go~-Pcl polzol
b0il
33

KRASHKIIINEKOV, Nikolay Nikoloyevich
LLeading flax-growing collective farms of Y-Ainin Province]
Peredovye l1novodcheakie kolkhozy Kalinin,,koi oblasti.
Kalinin, Kalininskoe knizhnoe izd-vo, 1959. 66 p.
(HIRA 13:10)
(Kalinin Provinoe-Flax)

KRA-SHEII-INIVIKOV, Nikolay Nikolayovich, prof.; KOREMA, Ye.G.,
red.; OKOLEWVA Z.P.p tekhn. red.
[Soil packing and crop yields] Prikatyvnnie pochvy i
urozhai. Moskva, Sellkhozizdat, 1963. 118 p.
(MIRA 17:1)
(Tillage) (Soil stabilization)

KRASHENINNIKOV, U.N., prof.
...
Effectiveness of green fallows in central areas of the non-
Chernozem belt. Sbor. nauch. trud. !van. sellkhoz. Inst.
no.19:3-14 162. (MIRA 17:1)
1. Kafedra zemledeliya i meliorateii (zav. - prof. N.N.
Krasheninnikov) Ivanovskogo sellskokhozyaystvennogo inatituta.

KRASIOMMIKOV, 6.A'.
Rpidemiclogy of dysentery. Miur. m1krobiol., apid. i iwam- 43
no. ltl9-21, ja 166. ('111MA 19:1)
1. 1 Monkovskiy ordena Lo2nina meditsinikly institut imeni I.M. Seche-
nova. Submitted June 10, 1965.

L '~V)','0-66 SW (M) IV V R11
ACC NR% AP6012643 SCKJRCE CODE: UR/0079/65/035/001/W75/0W71
Kras-heninik
AUTHOR: Imayevp'M. G.; Haslennikov, V. G. Gq~:~n
ORG: Bashkir State University (Bashkirskiy gosudarstvennyy universitet)
TITLE: Transester1fication of dimet 1 h2MI11~91b~ aliphatic alcohols
SOURCE: Zhurnal obshchey khimii, v. 35, no. 1, 3.965, 75-77
TOPIC TAGS: aliphatic alcohol, ester, organic phosphorous compound
ABSTRACT: The reaction of transesterification of dimethylphosphite;
by aliphatic alcohols both In the PTesence of catalysts (sodium
alooholate) an well as In their absenoe.is reportad. Experiments'
have shown that a mixture of the corresponding methylalkyl- and
dialkylphosphites Is always-formed.
H30)(Hopou + off OR
(011302pou + HOH (RM2POH + 2CR 01I
3
Data showed,that the reaction of partial transesterifleation,
dimethyl phosphits to obtain mothylalkylphosphites results In
;the yield of the iatter not-exogeding 24-42#7%a S-ueh low ylebla:'
-are aooounted for by-,the.dl
spr9portionation'of,'Mixed dialkylphoa-
UDC: 546.183+547.268.
Card 1/9

L 218oo-66
ACC NRt AP6012643
phites Into symmetrical species upon their distillation. The"'
'total trancesterification of dimethylphosphite in symmetrical
dialkylphosphites was studied In the presenee..of sodium alooholate,#'
as catalyst, in a dioxane mediam, (no catalyst-'resent)g and In
p
'excess n-butyl alcohol; It was determined thatq when dioxane or
,excess alcohol Is presentl the .7ate of dimethylphosphite aleohdlY4
sis is not dependent Ui the pr ., enoe of a catalyst. Seven` met
!alkyl phouphites.not-.0'reviour .. iesoribed in the literatu" ..were-'
syntfiesized and.iden'tified. 6rig.'. a- 6. has': 1 table. DIU]
SUBCODE: 07' SUBM DATEt 120ot63 ORIG MF: 006 OTH REN. 001
'Card 2/2

MAFIENINNIK072 P.4.
KHLS!E,`Id,'K:IF0V, P.N., "Streptocidothcmpy of Dronchitis and Pulmonary Inflamations in
Horses."
SO: Ve te r4 nwiya; Vol. 22; No. 2-3; FrLb/,Iqar 19h5;?,.lW;uncI

O.ASfENRPdKOV & NJ
I
FRAM7,11IIINIKOV, Major, Vaterinax-j Service, IlTrund.ment of jjnr!Tr,-" it, Inflan-vition of thr;
Li:jiC,.q and Compliratiows with Pleuritis."
SC: Vetcrinar-ya; Vol.93;?-3;Feb/llir 19116;p.161;unci

~IKHONOV,' G.V. vaterinarn7j, vrach;,ERaHNNINNIKOV, P.N., veterinarnyy
vracb.
Treating dogs for mange. Yeterinarila 33 no.12:34-35 D '56.
(MLRA 9:12)
1. Vologodskiy vaterinarW takhnikim.
(Scabies) (Dogs--Diseases)

KHASHLIIINNIKOV, Petr Nikolayevich
[Guide to practical work in veterinary theralrf] Ruko7odstvo k
prakticheskim zaniatiiam po veterinarnoi terapii. Leningrad,
Izd-vo sellkhoz.lit-ry, zhurnalov i plakatov, 1961. 239 P
(MILA 15: ;)
(Veterinary materia medics. and pharmacy)
(Therapeutics)

AID P - 444o
Subject USSR/Radio
Card 1/1 Pub. 89 - 7/20
Author Krasheninnikov, S.
Title A pocket-size receiver set
Periodical Radio, 5, 20-21, MY 1956
Ab3tract Data on the receiver set, working for broadcasts on
1,734 m and 1,500 m waves are presented in detail. It
has a small built-in antenna and a larger one suspended
on the tourist's shoulder. The battery works 120 hours,
from 2 to 3 hours at a time. The design and structural
details are presented. Five diagrams.
Institution : None
3ubmitted : No date

KRAMMMIKOV, S., inzh.; KUTM 9 0., inzh.
Factors causing the formation of pores in thermosite. Stroi.mat.
4 no*10:33 0 '58- (slag) (MIRA 3.1:11)

KRASIMMMIKOVP S., inzIl.
Telev,r,,-cn chwinel swi'l-ch for 2-3 televisi(;n ch,-nnels. Radio
,J-
no.3!3' 31 Mr'64 (,, - i i -i,-_ ri - 7 )

-,I ell ic,
A TO
C
1 o: I i;! 1.11 1"f v
--I nuf - i c tur
0!~, c C, r Il i r) t c 1h: I n It-,
on ir) 1.:)Y;,. V
SO Vecheryaya Moskva
Sum. 71

0THORS: Sytnik, A. A., Shokin, 1. N., Krasheninnikov,-S-A-
.153 -58-1-16/29
TITLEt Investigation of the Process of Carbonization of the Soda
Solution in the Production of Purified Bicarbonate
(Isoledovaniye protsessa karbonizatsii sodovogo rastvora Y
proizvodstve ochishchennogo bikarbonata). Communication 1i
Kinetics of Crystallization of Sodium-Bicarbonate ir the
Coiirsc of the Carbonization of Soda Solution (Soobshcheniye
i. Kinetit-a krietallizataii bikarbonata natriya v protsesse
karbonizat:3ii sodovogo rastvora)
PERIODICAL: lzvestiya vysshikh uchebnykh zavedeniy.
Khirz.-iya i khimicheskaya tekhnologiya, 1958, Nr 1,
Pp. 100-107 (USSR)
ABSTRACTs The crystallization of the salts from solutions can only
begin and take place in the case of supervaturation of the
latter with respect to the respective salt. The extent of
initial supersaturation does not only cause the beginning
of the crystallization-process, but it also determinea its
further course. With high values of supersaturation, but
low degrees of agitation of the solution, the born cryetal
Card 1/4 begins to grow so rapidly that a zone of concentration which

Investigation of the Process of Carbonization of the Soda 153 -58-1 -16/29
Solution in the Production of Purified Bicarbonate.
Communication 1: Kinetics of Crystallization of Sodium-Bicarbonate
in the Course of the Carbonization of Soda Solution
is lower than in the main mass of the liquid, is formed
almost instantly around it. Under these conditions, the
further growth of each crystal is determined by the
diffusion-ratio of the dissolved aubstance toward the
crystalline surface. It is asaumed (references 1,2) that
the process of crystallization is in this case within the
range of diffusion and that its velocity is proportional
to the lot degree of saturation. With intense agitating
of the solution the diffusion-ratio becomes so high that
actually no weakening of the solution on the crystalline
surfhce takes place. The velocity of crystallization is
determined in this case by the slowest process taking place
on the crystalline surface and depends on the degree of
oupersaturation which exceeds 1. This range is called the
kinetic one (ref. 2). A survey on the works of the kinetics
of crystallization is given (references 2 to 5,7). Works
of this kind on the velocity of crystallization of sodium-
-bicarbonate from soda solutions are lacking, however,
Card 2/4 2 processes take place simultaneously in the crystallizing

Investigation of the Procesa of Carbonizat-ion of the Soda 153 ~,8 - 1612','
Solution in the Production of Purified Bicarbonate.
Communication 1: Kinetics of Crystallization of Sodium-Bicarbonate
in the Course of the Carbonization of Soda Solution
column with the industrial production of purified bicarbonaAes
a) Absorption of C02 and b~ Crystallization of sodilun
bicarbonate, The process b) must obviously influen,~e the
kinetics of carbonization in a certain way and vicaversa,,
In the first communication the influence of supersaturation.
of the temperature and of the agitation on the velocity
of crystallization of sodium bicarbonate from the soda
solution in the process of carbonization is investigated.
A device developed for this purpose is given in figure 1.
The test-method is described. Figure 2 shows the dependense
of the precipitated quantity of bicarbonate on the period
of carbonization of the solution and that for 2 numbers of
revolutions of the stirrer (340 and 2000 revolutions pe-z
minute) at 200. It was proved that the velocity of
crystallization of sodium bicarbonate in the range of
diffusion, depends on the supersaturation of 1st degree,
whereas it is proportional to the 2nd degree of super-
Card 3/4 saturation within the kinetic range. A different dependence

Investigation of the Process of Carbonization of the Soda 153-58- J-16129
Solution in the Production of Purified Bicarbonate.
Communication 1i Kinetics of Crystallization of Sodium-Bicarbonate
in the Course of the Carbonization of Soda Solution
of the velocity of crystallization on the temperature
within the range of diffusion and kinetics was proved.
Within the first range, this velocity decreases according
to the increase in temperature with a given supersaturation,
whereas it increases in the latter range, A method of
calculation of the velocity of crystallization for the
two ranges of the process of crystallization was proposed,
There are 10 figures and 7 references, 7 of which are Soviet-
ASSOCIATIONs Moskovskiy khimiko-teklinolcgicheakiy institut imeni D. 1,
Mendeleyeva. Kafedra tekhnologii ov-yazannogo azota i
shchelochey (Moscow Chemical Technological institute imeni
D. I. Mendeleyev, Chair for the Technology of Bound
Nitrogen and Alkalies)
SUBMITTED: September 9, 1957
Card 4/4

5(3)
AUTHORS: Krasheninnikov, S. A., 1)urasova, S. A.
TITLE: Absorption of Carbon Dioxidq by Water (Aboorbtoiya ugleki!31oty
vodoy)
PERICDICAL: Izvestiya vysshikh uchebnykh zavedeni.,T. Khimiya i khimiches'rayq,
tekhnologiya, 1958d1ir 5, PP 136-114-11 (USSR)
J
ABSTRACT: This paper is the second part of an earlier investigation car-
ried out by 'the same authors (Ref 1). In th(~ first part they
id nroved that in a tube the walls of which -wore wetted
h, (d
meter 20 mm, length 1000 -rim) the coefficient of the rate of
absorption K fl of CO 2 by water depends upon the density of wet-
ting, but that this dependence does not remain constant. It is
expressed by several equations, each of which is valid within a
CrIrtain range of the L-values. In the present paper the problem
of the effect of geometrical dimensicno had to be determined:
"o diameter d o'0 the tube and its length with their effect
on the absorption process. Opinions in publications concerning
this subject are not uniform (Refs 2-,'). For this purpose ex-
lard 114 Perimpnts at a constant velocity of the gas (0.32 n/sec) and a

Absorption of Carbon Dicxide by Water
SOV/153-58-5-23/28
constant concentration rf -1.' (981/ ) and a constant temperature
(101-200) were carried out by means of the apparatus used hither-
tc (Ref 1) The cuftntities d#land L were charged independently
if o e r
f~,,Ch Mb`e 1). '"abl,? 2 primarv exoerime.,it~`
results. From them. the limiting values of L were caicalated.
TM,r .,.,ere evaluated 1-:iith s,.%all- deviations) according to a
method (Ri~-f 1) ompl-~yod Figure I E;ives the results
c,f (ivaluatior.., From it the authors draw the conclusion
,ha', 1) the coeffic-fent K is dependent upon L at any dimerision--
fl
of ltl-,~ tu'-,~ in a different, as is the cuse ,,;ith the tube
of cne sing!,,~ 2) Kfli,,i with any giver. zetting only
dc-pend~!nt ,ipon the diLuaeter of tho absorption tube and not on
fl I C~ C t tlje (!,.j-V,2S r'Ljta4
,L I ~ned empirical equations could
bp dtl--rived which connect K with L ard d. P4 gure 2 shows a
comparison of theexperimental and calculation results on the
1
uo i 3
1, 9 of the said equations (1) and (2). it may be seen there-
fr,:.ni that tho3e cquations, by means of -which the curve (Fig 2)
had bei)n agree well ~vith t1iQ exper-imiental results,
C a rd 2 From fit.,-ure 3 it -i~ay be s~ien that th-,-~~ r!ttio cannot form

/153 5 8
. , / -~ -5-23/2a
Absorption of Carbon Dioxide by 'Nater
the decisive geometrical parameter for the process of tne CC 2
absorption. Concluding from certain analogies existing the ~4
authors assumed that such a parameter can expreso thin ratio
it h (I cond denoting a conditional dit_imete~,. Under these can-
ditions the CO absorption process is then expressed by two
2
equations (4) and (5). Figure 4 shows the curve plotted ac-
cording to -these equations as well as all points experimenta-11,',
determined, which group well around the curve calculated. Thi-,
tends to show a sufficient accuracy with which the equations
mentioned express the dependence of the CO 2 absorption process
of the criteria of the hydrodynamic similarity as well as of th,---
geometrical similarities suggested by the authors. There are
4 figures, 2 tables, and 6 references, 5 of which are Soviet.
0 C 1AT I CN Moskovskiy khiniko-tekhnologicheskiy institut imeni D. I.
Mendeleyeva, Kafedra tekhnologii svyazarnogo azolla i shcheloch:
Card 3111/4 (M~~scow Chemo-Technolog-ical Instituto imeni D. I. MendelLyev,

r ri s r , 1! n ill-+ I,-rll
i L -i ti,_- t, j ri j i o f t h u C a j - 1) o Y i n to r, t r ~', ~ , -:.; j t' T~
ol~. Ma tic, Clic ture of I`T:,,s jvdr.~vnni,l-
protsesz;a ka-_,bonizatsii S0dL'V0Vl0 l',11StVO.-!L V
:)chishchennogo bikarbonuta) Communicaiilon 11 . .%t)zV)rTjTIoll
~inetic.,i of ttie Carbonic Acid by Soda ',olutions
i1. Kinetika abrorbtsii iip 1". 1 o 1, Y S !,) (10 vy ul II,:-, f-, t Vt, I I m i
,,;;"R 10 F) I C1; I-zveotiya vysshikh uchebnykh Lavedeniy. i(nimiyu i khimiPhe:,-'r-,:tYa
t,~krinolargiya, 19~8, Nr 2, pp 90.9;3 (USI~a)
I.", GT ..Itnuuqn the problem mentioned in the s-abtitle has air._:-udy
been treated in numerous papers (Ref's 1-6')q the results of
ttlese invcstigations are 2o contradictory ttial, ric uniform con-
ception can be achieved regFirding these kinetics. tfie pre-
jc-nt paper, trio action of tlie concentr:ttinn of tht! f3odiur"I 2;-'-
narbonate lolution and its de-ree ol' carb,)nat,_on on the aD-
~-,orution rate of carbonic acid unaer vavioas hycirod,'~namical
conuition:- were studied. An ab8orption-~_-,quipment of' the film-
type vias used for this purpo.~3e, the c,,_;n.~,,iuetiorl ard Mode ~)f
bard 1/-. If'unction of' which are described. of a!'. it was to Le in-

fnv,~stigation of the Carbonation Proci-,.s.-- of* the ,oda I;oJution in th-2 i4ariu-
laotare of' I~urif*ied Bicarbonate. Communication II. -boorption Kin,~ticz; cf' the
C-irbc,,nic .~.cid b,y :oda 'olutions
Card
ve-c:tigated ,,,hether the equiiLion of the absorition rato:
Na ` P - K ' 8 " ( I )I
complicated by the chemical retiction, applien for thi!~ casf;
b - tile chemical pit i , LmW.
being the rate of' ab.-orption, - I " 1.
which show.,: by which amount rhe rate varie-i in t'ne pr,-oe-nce (it'
n chemically active compon(,.nt in the --olution; K - coeft'lci~;nt
of" the absorption r~,,te, 4P the motive force -it' th~.- procc-c,
which is P - P I P the partial pr~!,-slire of CO in tn~-
CO CO 9 Co.) 2
2 2
nrLrbonating gas, P t*or carbon!ition deareps 100-1
CO2 U I
tically equal to zero. The results for 2 diffi~ren, %,Ptt,-'-ng
do:.-nsitie!:: 0.5 0and 1.4 m 3/m hwir, gas v,~Iecity O.i.,i m;s-c,
tem)erature 20 and carbonation degree (1,141t,,7 'I) navo
un~,trated that equation (1) appli---,:~ for ~.e f!ysteiii giv,:n
Fic7,urcs 2 and 5 illustrate the dependenci- r-)!' the CO 2- a L. S

Investigation of' t1ke Carbonation Procesa of the 2-oda Solution in th,~ Maniu-
facture of Purified Bicarbonate. Communication H. Absorption 'Kinetics of' thi"-
Carbonic Acid by "loda Solutions
tion rate on the concentration of the ;,)1ution. It can be stai~n
frori this that the velocity mentionod exceeds a maximum at it
change of concentration of the solution. The a~xtt~ors exulain
this by an increase of' the degree of' hydrolys~ic of the nodium
carbonate .%,ith t he dilution of the solution. If, however, t1h,
soda concentration becomes insignificant becaur3e ot' furtnf..r
dilution, the rate of' absorption dropped and comes close to lhfa~
ot' watr~r. In order to investigate this, the --)P metlsu!,~,C
tG thin restil,-s the 1).H-c-urve d,,,,rin,- the dil-,,-
(Fir .4). '-ccord 4 11p,
tion is a r-~product_ion oi' trie cour~_e of the curves of th- cie-
~io_,~)tjon r!~.te. Thus, t"his rate d, Wndo on tho. 0,:- i-DII con-
c(~ntration. Thin,. was expressed by cquution (2). Thr! ini'1joncl,
exercised by the carbonation degree of the solution upon thr-
absorption rate was studied b,,,, m,~-ans of ar installation pre-
viously described (R-af 9). Furthermore tho authors apply the
tr-rm "Deeree of transition" inoteaO coLF"Degrf-~& of c~Lrbonatlon"
of tho solution. Figiiros 1~ and 6 show the dt~p-_~nd,-nce of tne
Card CO -absorption rate on the dogrE,e of tran.,;ition for differ~_,nl

investigation of' the Carbonation Process of the ','oda Solution in the Manu-
facture of Purified Bicarbonate. Communication II. Absorption Kinetics of the
Carbonir !cid by Soda Solutions
concentrations of the solution and tit a low and hiph degree of
turbulence. According to a mathematical treatment of tne re-
sults it was evaluated that the CO 2-ab:3orption rate is pro-
-0,4 -0,21,~, ntration ot'
Dortional to C and X C being the concc
the solution and 7 the degree of transition. The results of
the calculations are seen in figure 7. The dispersion of th~-.
points does not exceed 5-7~). That merins that for a given num-
ber of revolutions of the mixer the absorption rate coeffici,:-nt
is kept constant for all degrees of translLion ana for all
concentrations of the solution. It means further that with in-
creasing number of revolutions of the mixer the coefficient
mentioned increases as well. It was found that .,.,ithin the range
-ated the pro -0,4 . -011,15
of the concentrations investii, duct C X
may be substituted for the chemical parameter in the equation
i's a -K.A&P. The difference (P CO 2- Ft CO2 is the motive force
Card 11", )t, the CO 2- absorption by soda solutiorir_ Tho atuaent it. 0.

SOV/15 I f)1 , 70
C igat ion 01' Lhe Carbonation Process of thq Soda Solut ion in the Vanu-
iact.ure., of' Puril'ied Bicarbonate. Communication II. AbsorDtion Kinetics n, ti~c-
Carbonic Acid by Soda Solutions
Koroleva took part in this study. There are- 7 figur;-s and
10 references, 8 of which are Soviet.
ASSOCIATION: Isloskovskiy khimiko-teklitiologicheakiy institut imeni D. 1.
Mendeleyeva (Moscow In3titute of Chemical Technology imoni
1). 1. Mendeleyev)
Kafedra tekhnologii evyazannago azota i shchelochey (cn[Air nt,
Technology of' Bo,.And Nitrogen and Alkalies)
:3013,1,11TTED: September 9, 1957
Card VtI

KRAsHEIIINNIKov. S.A,l GOLUBR, S,S.; SABATEV, I.Ta.
Method and apparatus for the analysis of aqueous ammonia
Bolutions. Xhim. prom. no. 6:514-515 S 160. (MIRA 13:11)
(Ammonia)

KRASHENIIIIIIKOV, S.A.; MIGWV. BoM.
Effects of the geometrical dimensions of the absorption apparatus
on the absorption of poorly soluble and soluble gases.. Uzb. khim.
zhur. no.1:87-92 161. (KMA 14:1)
1. Moskovskiy khimiko-tekhnologicheakiy institut imeni D.I. Mendeleyeva.
(Absorption) (Gases) (Ammonia)

SYTNIK, A.A.; SHOKIIIp LIN.; KIU~SHZNINNIIQIJO-b.,A-
Invontigating the procaiqs of carbonization of soda solution in
the manufacturi'of refived bicarbonate. Part 3: Imatigating
the equilibrium and nonequilibrium states of the liquid phase.
Izv.vys.ucheb.zav; IdUm. i khim.tokh. 4 no.5:801-805 161.
WIRA 14: 11)
1. Moskovskiy khimiko-tekhnologicheakiy irwtitut imeni Mendeleyevap
kafedra tekhnologii neurganichookilch veshchestv.
(Sodium carbonate)

S11OKI11 I LIT.; Im "U.
The of organic extractive reagont:i in the production of
Inorganic acids and salts. Trudy ~'JUITI no-35:48-59 16l.
(MERA 14:10)
(Extraction(Chemistry))
(Acids Inorganic)
(Saltal

SABAYET, I.Ya.,- SHOK11', I.N.; KRAS-H.2~ 71'1-III.C-V, S.A.
Uue of organic cAractive reagents for the recovery of .,-,how~horic
acid from hydrochloric solutiona of phos,.phateo. Trudy ',,.'];Tl
no.35:6C-66 161. Ox"a 1/,:10)
~Extraction(r,hem,istry))
Phosphoric acid)
(Phosphates)

SABAYEV, I.Ym.; SITOIJ17, I.I!.; F,"ASIOMMIKOV. S.A.
Use of organic extractivo reagarts for the rccover~:, of
phosphoric acid from nitric acid solutiono of phosp _.ate3.
Trudy MYJITI no .3 5:67-72 161. 14:10)
(Phoo. *,!oric acid)
Mos *hates)
(Extraction(Chemistry))

KRASHENINNIKOV,, S.A.; BEGLOV, B.M.
Absorption of am ni by water. Izv.vys.ucheb.zav.; khim.i khim.
tekh. 5 m.1:160-165 162. (MIRA 15:10
1. Moskovskiy khimiko-tekhnologicheakiy institut imeni Mandeleyevag
kafedra taklmologii neor anicheskikh veahestv.
(Ammoniac (Absorption)

SHOKINO I.N.; SABAYE;V, 1.1a.; KRASHENIMIKOrV. S.A.
Solubility of phosphoric acid in iso-amyl and n-butyl alcohols.
Zhur.prikl,khim, 35 noel.-19(~-192 A 162, (MM 15:1)
(phosphoric acid) (Isopentyl alcohol) (Butyl alcohol)

BEGLOV, B.M.; SHOKIN, I.N.; 29-1!~~ S.A.; USYUKIN, I.P.
A=onium bicarbonate production process. Khim.prom.
no.10:719-723 0 162, (MIRA 15:12)
(Amaonium carbonate)

SABAYEV, I.Ya.; SHOKIN, I.N.; S.A.
Equilibrium diotribution of compononts in the systems
113P04 - HU - CaC12 - "20 - igoamyl alcohol and
113P04 - HCl - CaC12 - H20 - ri-butyl alcohol. Zhur. prikl.
khim. 36 no.8:1702-1710 Ag 163. (MIRA 16:11)

SABAYEV, I.Ya.; SHOKIN, I.N.;__WSIjE,NIN,NIKOV, S.A..
Extraction of nhosphoric acid by n-butyl and isoamy! alcohols.
Zhur. prikl. khim. 37 no. 4:874-880 Ap 164. (MIRA 17.5)

BFGLC,'V. B.V.; S! 0:1N, I .,N~ ~
1 j.zjtL().,j of tuaint-ralim ji,.ri. z:-Jllr. 8 n,,.~-
::-10 1~1-1..
~,k! I r~ t,~ I ,I - I. J,
1. Moskuvskly I rist 11,11 ".

13EGLOV . fSHCKIN I N.; KRIUS!IENI-";~ HOV, ',.A.
? B.M. t I
i~rocr.r-,i cir of ar'.:,,on'ur, it;lcfirbnIi.A--3. Ui-b.khim.:,hur.
8 ro.5.-lC'-.l'7 164. (MIYU 18:5)
1. Vo.-I:ovf;kiy irl.40 tut in-, !v~ Mond-loyeva.

KUKI]RECIIENKO, I.S.; SUIU14HEV, N.G.; SHOKIN, 1.11.1 KRASIIENINII-IV,:,,,
PODOSINKIN) P.A.; POSTORONKO, A.I.; --'-
Decarbonization of sodium bicarbonate in a semi-industrial
column with submerged packing. Trudy MKHTI no-40:186-190
163. NIPA 18:11-1

BEREZK331p V.G.; KRASHENWIMV,, S.K.
Chromatographic systems and standardized units for gas chromatographo.
Neftekhimlia, 1 noo5t7OO-705 S-0 161. (KIRA 15:2)
1. Institut neftekhimicheskogo sinteza AN SSSR.
(Gas chromatography)

BELKIN, I.M.; KRASHENINEKOV, -,SK....
Rotary visoosimetz7, 7Av. lab. 31 no.2sl85-198 165. (NIRA 180)

KRASHRUNNIKOV, rl,
" K.; 5111FMAN, V.S.; KAZAKOVA, Z.I.
The KhV-1 chromatograph made o~ -standard units. Biul.tekh.--ekon.
inform. Goo. nauch.-isol. Ina t.nauch. I tokh.inform. 17 no.7:41-42
JI 164. (MIRA l7110)

AccEssim uR, AP402oo53
i
510032161j/03010031036h10367
WHORS: Vinogradov, G. V.; Belkinj, I. I.I.; Konstantinov, A. A.; Kraslieninnikov,
S. K.; Rogov, B. A.; Nalkin, A. Ya.; ~onyukh, I. V.
TITLE: Rotational elastovicaosimeters for studying polymers
S
~UFEE: Zavodskaya laboratoriya, v. 30, no. 3, 1964j 364-367
TOPIC TAGSi viscosimeter, clautoviscosimetor, disk cone viscosimeter, polyrmr
strain, polymer ailoar stress) viscosity measurement, viscosimoter WH 1, viscosim-
eteg KRFD, microviscosimeter NV 2
ABSTUM JW olastoviscosbitator of the disk-oono type ohown in Fir'. I en the
D osures is described. For this configuration the strain rate and shear
stress are determined by the equations
7= ---Sao
and
2 I-es/2
3r RS dynes/cm
CardiA

ACCESSION UR: AFL02oo53
(where 1-11 is tile applied torque). The schematic of the complete test -facility
is shown in Fig. 2 on the Enclosures 7his apparatus pormits measurements on
materials with a viscosity of 10-1016 poi-,jon aL tomiooratures of -30 to 300C in air,
in vacuum (-1o-3 mm 11g), or in an inert atmosphoro. Tiu-ougli a sysWa of gear boxes
-tile speed can be continuously varied over a range of 108. The RPk is measured by
a generator, and it and various temperatures (measured by thermocouples) can be
continuously recorded. Tile applied torque on tile stationary disk 3 is measured
a
by strain gauges mounted at 160 on the cylindrical shaft It. Tile results obtained
w
ith this apparatus (Ra-1) were comared with measureinents mvide in a coaxial-
L
cylindrical vis-cosimeter (type PVR-1), a capillary viscosimater (type KR?D) and
in a microviscosimeter (type NV-2). The results agreed within 6'~', in all instances.
Orig. art. has: 3 figures and 2 formulas.
ASSOCIVION: Institut neftekiiimicheskovo sinteza AN SSSR (Institute of Pettrochem-
ical Synthesis AN SSSR)
SUKUTED 1 00 DATE ACQt 27yar6L EXL 1 02
SUB CODE: GC, 19 NO Ra SM 008 OTHM 007
Card 2/4

AcassioN NR.- AP4=03
Fig. 1. Schematic of disk-cone viscosimeter
EKLOSVRE: 01
Card 3/4

ENCLOSURE: 02
Fig. 2. Schematic
of tost apparatus
RLV-l
cg

YANOVSKIY, YU.Q., VINOGRIDOV9 G.M.9 KWHENNIKOV, S.X.~ SfTTFMAN, V.S.
DEMISHEV, G.K., ZELENOV, YU.V.
Apparatus for testing polymers with audio-frequencies.
Report presented at the 13th Conference on High-molecular compounds,
Moscow, 8-11 Oct 62

M.*.5: TEi.Ml: 'I' KCT ,3. 1 : -
"AgrobioloGical study of Sibcri~n t,.-ild rye in i.uiT,-L;Ansk Gulust."
I-lin Higher Education USSR. Leningrad ,t--recuAurA Inst. LeniflF .
~MU,
1956. (Dissertations for t,iv Del:re(,- of Candidate in A-ricultural
U
Science)
So: Knizhnaya letopis' bo. 16, 1954

So If V I YEJA IKC V ) 0' .,-: . , .-Io L n a1.,7 n.~-v n.-kovcZ' ite
Cor-acv.

KRASHENINNIKOV, S. N.i inzb.
Study of an air stream metbod for separating potato tubers
from soil lumps and stonea. Mekh. i elek. sots. sellkhos. 20
no.6:38-40 '62. (MIRA 16:1)
1. Vsesoyuznyy nauchno-iseledavatellskiy institut mekhanizatail
sel'okogo khozyayatva,
(Potatoes digger(Machine))

KRAl';HE'!INDIIK%-,V, itepan Petrovich.
Mj"SHENINNIKOV, Stepan Petrovich. Opisanie zemli Kamchatki, v izlozhenii po
podlinniku i pod red, N. V. Dushitrashko i L. G. Kamaninh. Mos~wa, Geograllgiz,
1948. 292 p.
DLC; Dr"771.K2018
1948
So: LC, Soviet Geography, Part II, 1951/Unclassified.

"1 (11 "
"... p . .
, of KATIIIA'"KA1,11 rubli.-hed by thr- State Publ 1 -3 hers of "he
(I.-re,at Nothern '.1-y, '.'Oncow, 1Q!,9. fn'A 0 p .

FWKIN, Naum Grigorljrevich; KRASMWIIKOV S.P.- SOIDVIYLT, A.I., radaktor;
MARGOLIN, Ya.A., redal;fc~r---~-- tekhnichaskiy redaktor.
S.P.Xraahennikov. Pod red.A.I.Solovleva. 2-e W. Moskva, Goo. lzd-vo
geograficheskoi lit-ry, 1954. 43 P. (MIBA 8:5)
(Krashennikov, Stepan Petrovich, 1713-1755)

IRASHENINNIKOVO S.P.; TOPOLTAKSKIT, A.B., inzhener, nauchM7 rodaktor;
11 ---. - t' ~
WWO K.' if-'. rodaktor; PUL'ITINA, YN.A., takhnichaskiy redaktor
[My experience in mechanizing painting] Moi opyt makhanizatail
maliarn.vkh robot. Leningrad, Goo. izd-vo lit-77 po stroitellstvu
arkhitekture, 1954. 44 p. (MLRA 7:10)
(Painting. Industrial)

KRASHEMINNIKOV, S. S.
Kranheninnikov, S. S. A concise guide on the treatment of non-ferfous metals
and alloys Moskva, Gos. nauchno-tekhu. izd-vo lit-ry po cnernoi i tsvetnoi
metal-lurgii, 1945
251 P. (51-17865) TT1758.X7

BAZILIVSKIT. Viktor Hamertovich; ISTRIN. Mikhail Alaksandrovich; BARTASHIV,
Iborl laoaidovich; LYURALINA, Soviya Llvovna; RIZNIX, Iosif
Davydovich; SHPAGII. A.I., kandidat takhnichaskikh nank. retseazent-,
VISSARIONOV. B.G.. inzhener, retsenzent;
retsenzent; FILIDKAIT. I.Te,, rat senzent,-aWfiRTT17.-L_.V., rateenzent;
KOKAYIVA, O.M.. radaktor izdatellstva; MIKHAYLOVA, Y.Y., takhniche-
skiy radaktor
[secondary nonferrous metals; a reference manual] Vtorichnve tevetnye
metally-, spravochnik. Moskva, Goo. nauchno-takhn. izd-vo lit-ry po
chernoi I tsvetnol metallurgii. Pt.3. (Hatal.lurgy of copper and land]
Metallurglia medi I svintsa. 1957. 544 ps- (MLRA 10:3)
(Copper--Metallurgy) (Lead--Metallurgy)

3/028/60/000/010/017/020
Ro13/Ro63
AUTHOR: Krasherinnikov, S. S.
TITLE: Production of Ferrous Metallurgy
PERIODICAL: Standartizataiyap 1960, No, 10) PP. 57-5)S
TEXT: This is a report on some standards for the production of ferrous
metals which were revised and approved by the Komitet standartov, Mer i
izmeritelln kb priborov (Bureau of Standards, Measures, and Measuring,
Instruments~ in 196o. FOCT9475-60 (GOST 9475-6o) for convert'e'r coppe ,will
be put in force in April, 1961. The old technical specifications were
modified such that the new standard takes into account the content of
noble metals, On the basis of investigations carried out by the Ural'skiy
nauchno-issledovatellskiy i proyektnyy institut mednoy promyshlennosti
Ural Institute for the Copper Industry ), copper foundries and electro-
lyte co~por plants, the Uniprommed' work-ed out a standard 3pecifying a
change of quality classification an
"? a reduction of the antimanyllontent
in the types M 1 (gl)l'fand M 2 (M2). Up till now Atellurium has been produc-
ed in accordance with the technical specifications adopted by the
Card 112

Production of Ferrous Metallurgy S/028/60/000/010/017/020
B013/Bo63
Ministerstvo tsvetnoy metallurgii (Ministry of Ferrous Metallurgy) in
1941. GOST 9544-60 for tellurium was elaborated by the Gosudaratvennyy
institut tovetnylzh metallov (State Institute of Ferrous Metals), New
types are T-,B3 (T-V3) with a purity of 99.9661p" and with a
purity of 99,93%. The new processes developed for these semiconductor
materials will be introduced this year in copper-electrolyte plants, A new
classification of tin is given inGOST860-60,ardthe new type QB4-000 (OVCh-000)
with a purity of 09.999% was added. This standard also specifies a reduc-
tion of the arsenicland leadlcontent of tin1lased in the food industry.
GOST 193-60 copper wire was approved. It gives a more exact specifica-
tion of quality and a new manufacturing process.. The new standard GOST
9498-60 (flat aluminum'111ingots for rolled stock) specifies the assortment
of ingots, limiTs the-content of manganese and magnesium, and gives the
iron-to-silicon ratio. Flat aluminum ingots are now produced by the
Uraloskiy alyuminiyevyy zavod (Ural Aluminum Plant
Card 2/2

KRASILENINNIKOV Sergey Ser&Vmrich~-ODRIER, F.Ye., red.; HUNYANTEST,
~Lj
"... re .; UKIIINAp Yo.S.,, tekhn. red.
(Methods for detecting faults in a radio receiver] Kak na-
khodit' noispravnosti v priemnike. MoAvap Izd-vo DOSAAF
1961. 39 P. (Radio-Repairing) (14:= 15:21

L 4399R-66 EM;7 N )/hyiT (d) AINT (m)/EWP (m) IE'h? ( f )/T -2 RM
ACC NR: AP603-0124 SOURCE CODE: UR/0421/66/000/004/0192/0197
AUTHOR: Yakovlevskiya 0. V. (Moscow); Krasheninnikoy, S. Yut (Hosc
ORGI none cf~
TITLEi ~Spraad of a turbulent jet impinging on a flat surface
SOURCE: AN SSSR. Izveatlya. Mekhanika zhidkosti i gaza, no..4,1966
192-197
TOPIC TAGS3 jet flow, turbulent jet, vatol aircraft
ABSTRACTi An experimental study has been conducted of the spread of a
turbulent air fet impinging on a disk, 400 mm in diameter, at angles
0 - 30, 45, 60, and 90% and at distances of 35 and 100 mm. The jet
nozzle radius RG was 5 mm. The air velocity at the nozzle exit was
kept constant at 103 m/sec. The obtained distribution of maximal
velocities in the disk plane are shown in Fig. 1. The results show-i
that the boundary layer thickness, i.e., the distance from the disk
Card

surface to the point where velocity is
maximal, amounted to 5-102 of the thick-
.ness of the jet, The author thanks G. B.
Kravushkin, who took part in the experi-
ment and in formulating the results
Orig. art. has: 4 formulasns and 6 ;iguresJ
(AS]
61 16, so*,
Fig, 1. Lines of'equal
maximal velocities at
0 - 45* 'and I/Ro - 20.
SUB CODE: 21/ SUBM DAM 30Nov65/
ORIG REF: 005/ OTH REF: 001
ATD PRESS:
LC.Sd ~2
ACC NRj AP6030124

KTUSHLOMPNIKOV) V. As
UC,~,,W(Ieology - Naturol q,~!nourcev
Ma.,,,/jun 53
"Six Author Abstracts of' Repcrts Read February-'-'arrch 1953 Pcfore the !-'.o-,cow Society
of INaturalistsil
Byui Y;osk Ob Isp Frir, Ort Geol, Vol 28, No 3, pp 88-96
V. A. Krasheninnikov, "The IMCIrpholoa and Classification of Nlonlonidae." F. L. MerKin,
"Stages of Development of the Kon3kiy Basin In the ll'iocene in Southern US*R."
M.S. Shvetsov, "Reference to R. Grim's Article 'EnvIronmental Conditions for the
For-mation of Red and Green Cla~s (3hale). " M. -13. Shvetsov, "Reference tj the
Notes Devoted to the Third Internationtil Confyrcs3 on the -,~tratigraphy of Cor,1.11
S. V. Tikhomirov, "Devonian Deposits in the Southern --'ection of the Mo~cow Synclase
and Some buta on the Ancient Paleozoic in the Kaluznskaya Area." K. F. Bogoroditskly,
"Dynaruc Role of Natural Gases in the Exploitation of Under.grotui~:,
267T88

-d
td; pip), 1~
GALDIff',-'N.Te'.',(trans-1&tor] DROO, T.M., [translator 1; KANSILI, B.A.,
[tranplatorl KRASKENIVIII[OV V. (tranalatorl MWINA, R-K.
[translator] -,' MOW, T. ~ro aktor; ZNAKZNSKAYA, VS.,
redaktor; ILITIN, B.M.. tekbnicheskiy redaktor.
[World iron ore deposits; collection of articles] Zhelesorudzire
mentorozhdentia mira; abornik statei. Pereyod. a angliiskogo,
frantsuzakogo t ispanskogo N.E.Galdina, 1, dr. Pod.Red. i s
predisloviem G.A.Sakoloya. Koukva, Izd-vo inostrannoi lit-ry.
V01-1, 1955. 492 p. [Microfilm] (HLRA 9:1)
l.International Geological Congress. 19th. Algiers. 1952.
(Iron area)

KRASHENINNIKOV, V. A.
KRASHEITINNIKOV, V. A.: "The Elphiides of the Miocene deposits of Podoliya."
Min Petroleum, Industry USSR. All union 5ci Res
Geological Prospecting Petroleum Inst. Moscowj 1956.
(DISSERTATION FOR THE DEGREE OF CA111YIDATE IN
GEOLOGI COMV ,'ERALOGI CAL SCIENCE)
So.: Krdzhnaya letopis' No 15, 1956, Moscow

KRASHAWINIIIKOV. V.A.
, i -
me thods of studying the microstructura of the shell of certain
Cenozoic Foraminifers, in polarized light. Vop. mikropalsont.
no-1:37-48 156. (MrM 9:12)
1. Geologichaskiy institut Akademii nauk SSSR.
(Foraminifers. Fossil)
(Paleontology, Stratigraphic)

KRAS113NINNIKOV, V.4.
Stanofacies and suryfacias spsoise of laramintfara, Biul.XOIP.
Otd.reol. 31 no-31116 MY-Je 156. (KLA 9:12)
(Foraminifer&, roosil)

VITOVSKAYA, I.V.,[trqnalator1, GAIDIN,N.Te.,[translstorj, KRASH-BUIVNIKOV
__L.A,Etr-9nsIator1, KHARUVICH, D.S.,[tranalato~-Y,-, ~CKOWV, =~'
G,A red.; KARASE7, A.D., red.; ROMANOVICH, G.P., red.; SHIRROVA,
N.I:," toklin. red.
[Studies on ore deoosits; collection of articles] Problemy rudnykh
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Izd-vo Inostr. lit-ry, 1958. 495 pe (MIRA 11:11)
(Ore deposits)

KRASHENIUNIKOVII V.A.
Structure of shall openings in some representatives of the
genera Nonion and Elphidium. Vop.mikropalsonto no.2:105-120
1589 041RA 11: 12)
1. Voesoyuznyy nauchno-iseledovatel'okiy geologo-rasvedochnyy
neftyanoy institute
(Foraminifera, Fossil)

ZHIZHCHENKO, B.P., doktor geol.-mineral.nniilc, red.. Primimali uchastiye:
KRASHYiNIMIIKOV, V.A.; SHNEYM, G.F.. BMAN, Tu.K., vedushchiy
red.; POLOSINA, A.S., tekhn.red.
(Atlas of middle Miocene founa of the Northern Caucasus and the
Crimea] Atlas arednemiotsenovoi fauny Severnogo Kavkaza i Kryma.
Pod red. B.P.Zhizhchenko. Moskva, Gos.nouchno-tekhn.izd-vo
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2. Geologicheskiy inBtitut AN SGSR (for Krasheninnikov). 3. Kom-
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Shneyder).
(Caucasus, Northern--Paleontology, Stratigraphic)
(Crimea--Paleontology, Stratigraphic)

19LkSHEN I NUI KOT,-TA-;
Miorostructure of the test wall in Miocene discorbide and
rotaliide. Yop.mikropaloont. no.3:41-49 16o. (KIRA 13:9)
1. Geologicheskiy institut Akademii nauk SSSR.
(Podolia--foraminifera. Fossil)

A~ -1
"---KRLSHENNIKCIV V.AO -*j ...,
Variation of foraminifer complexes in the periodical acc=ulation
of sediments of Idiocene deposits in the southwest of the Russian
Platform.' Vop. mikropaleont. no-4133-70 160,i**. (MIRA 14:5)
1. Geologicheskiy institut Akadomii nauk SSSR.
(Russian Platform-Foraminifera, Fossil)

KRASHENIRIIKOV, V,A.; KOZIfEVNIKOVA, G.Ye.
First find of representatives of the genus Bolivine'lla in Tertiary
deposits of the Sovi6,t Union. Vop. mikropaloont. no.4%121-127 160.
(MIRA 140)
1. Geologicheskiy institut Akademil nauk SSSR I Institut geologii
Akadomii nauk Turkmenskoy SSR.
~(Foraminlfera, Fossil)

Some lower and middle Socene radiolarians from Western
Ciscaucasia. Trudy VNIGNI no.16:271-307 160.
(141RA 13:6)
(Caucasus, Northern-.Radiolaria, Fbasil)

KlU.SHEIIII-MIKOV, V.A.
-
Soma ishallow-wLtar and "deep-water" foy-arninifers from Miocone
deposits of Podolia. Vop. mikropaleont. no.5:162-..82 161.
(MI.U, 14: 8)
1. Geologicheskiy institut AN ;.)*SSR.
(KkTIInitskiy Province-Forambiifera, Fossil)

I.,
KRASHENINNIKOV, I.A.; PONIKAROV, V.P.
StraWgraphy of Mesozoic and Paleoeno sediments in Egypt. Sov.geol.
7 no.2:42-71 F 164. NIRA 17:3)

KRASHENINUMV, Y.1.
Si~rnlrlctjncp of the foramiril-ferq. of th,-! open h,--Lj1rs of
tho Danian nnd Vule(genf-- pf-%r.'L,)d for the dovoloymen. of tile
international stratigraFhic Beale. Vup. mikropaleont. no.8:
190-213 164. (MIRA 18:5)
1. Geologichaskiy institut All SSSR.