SCIENTIFIC ABSTRACT KHARIKHARAN, M.V. - KHARIN, B.T.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000721810016-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KILIRIETAIIN. H.V. , k-and.tekJin.nauk
Prcblem concerning the effect of synchronous motors on the stability
of the complex load of an electric power system. Izv. vys. ucheb.
zavo; energ. 5 no.6.-3a9-322 Je t62. (MIRA 1r,:6)
1. Domboysl:iy politekhnicheskiy inatitut, Indiya. Predstavlena
kafedroy elck'vricheskM sistem Moskovskogo onorgeticheakogo instituta.
(Electric power distribution) (Elecixic motors, Slynchronous)

BAMPI, Yu.S... inzh,;.R1ARIKHARAX M.V., inzh.
Special features of the stability of an asynchronous load
with generator excitation regulation. Izv. vys. ucheb.
zav.; energ. 5 no.10:5~-12 0 162. (MIRA 15:11)
1. Modkovskiy ordena Lenina energeticheskiy institut.
Predstavlena. kafedroy elektricheskikh sistem.
(Electric power distribution)
(Electric motors)
ACC NRt AR7004A5
I
AUTHOR: Kharikov, B. A.
SOURCE com uR/o16q/66/O00/012/GO03/G004
TITLE: Characterlstice of the structure of the earth's crust in the vicinity of
the Bollshoy BalkJ an and adjacent areas based on regional seismic profiling data
SOURCE: Ref. zh.lGeofissika, Abe. 12018
REF SOURCE: Sb. Tekton. Turkmenii i sopredelln. territoriy. M., Nauka, 1966, 210-213
TOPIC TAGS: seisl ic profiling, earth crust, Mohorovicic discontinuity, tectonics
&C;,~C- tjNoqu- ,
ABSTRACT: Correl4t n refracted wave and deep seismic sounding data obtained along
the Ogurchinskiy Island-Sarykamysh Basin profile have been used to compile a seismic
cross-section of the Earth's crust along the Bollshoy Balkhan-Caspian Sea sector.
South from the Bol'shoy Balkhan the depth to the Mohorovicic discontinuity decreases
with an increasinq alopq (from 30 to 55 km). The top of the basaltic and granitic
layers sinks fromil3 td 18 km and from l'to 5 km, respectively. A block structure
with many local t4ctonic dislocations characterizes the surface of the granitic layer.
In addition, threq major deep fault.tones involving the entire crystalline complex
down to the subcrdstal lityer are identiCied. From the surface, the structure of the
Bollshoy Balkhan ~'ppears as a.large asymmetric anticline 100 km in length and 50 km
wide. The fold hqe latitudinal strike. The earth's crust in the vicinity of
Bollshoy Balkhan is of the platform type; its thickness is 30-32 km. The deep
eo truct* of the Bollehoy Balkhan is compared to that of the West Turkmen
E
aW%28 UDC: 550.31 ; 1.24
ACC NRI AR7n0411c;

UAFE-MV, S!,LINIKOV, B.I.
---
Viist results of the use of the controlled directional
onnsitivity method In seismic propsecting on the Cheleksn
PeninBUlLw, Neftegaz. geol. I geofiz. no.401-53 165.
(MIRA 180)
1. Zapadnaya geofizicheskaya ekspeditsiya No.1 I ON pri
Sovete Finistrov Turkmenskoy SSR.

- KHARIKOV, B.A.; D01111) V.Ye.
Reattlts of seismic investigations by the reflection method in the '
Oval-Toval area of the Balkhan region in 1963. Geol. nefti i gaza 8
no.5:34-38 MY 164. (MRA 170)
1. Zapadnaya geofizicheskaya ekspeditaiya No.1 Upravloniya geologii
i oldwany nedr pri Sovote 1.1inistrov Turlawnakoy SSR,

'ACCESSION NRj AP4040293
5/0202/64/000/003/004?/M
AUT11016i Kharikov, Be Ael Sallnikovp Be 1.
iTITLEt First results or using the RDR seismic method (regulated directional
,reception) for exploring subsurface red beds in the Balkhan region of the Turkmen
USSR
I
SOURCEs All TurkmSSR# Izvo Sere fi3,-tekhn*# khim, i gaol, n.9 no- 39 190# 47-51
TOPIC TAGSt seismic prospecting# regulated directional reception# red bed#
geologic structure/ SS 26 51D seismic installation
;ABSTRACTs It was found that the ordinary reflection method of seismic proapecting 1:
'did not adequately delineate structure of the red beds in much of western Turkmeniae
:Records generally showed broken reflections with short in-phase axes, partly inter-!
Iference,, which gave doubtful correlationso much of the record was*so chaotic that]
no interpretation could be attempted. The regulated directional reception method i
(HDR) was therefore proposed, as a test of the method and as a means of deciphering!~
ithe obscure structure. Single and double profiles were run# with shot-point
,distances of 400 m and a distance of 25 a between array centerse In addition# a
longitudinal grouping of 11 detectors was made on a base of 40 a for avera,,ing
.6a-MI 113
%.JACCESSION NR: AP4040293
-26-51D seismic installation was used. A
1values and diminishing noise. An SS
section was constructed along one of the profiles from RDR data with supplementary
25-60 filtering. Results show that the method is very effective in interpreting the
J
,geologic st:ructure. The constructed section permits rather complete depth deter
mination of the red beds* A more complete geologic map may be drawn from this work.
than from any other geophysical method. The crestal zones along the anticlinGs Of
the Balkhan district have very complex structurej being characterized by the
make double
rpresence of nonreflecting interfacesp and it is therefore necessary to
profilles foS7 efficient RDR delineation. Productivity in such exploration may be
greatly impiloved by increasing the number of channels in the recording system* The'
iauthors conclude that the amount of RDR work in the Balkhan region should bo
increased in order to improve the study of structure of the red bedas because
prospects for oil in western Turlmenia are related to structures in these rockse,
Orig. art. hass 1 figuree
4.ASSOCIATION: Zapadnaya geofisicheskaYa expeditsiya Upravleniya geolDgii L Okhrany*i
nedr pri Solrets Hinistroy Turkmenskoy SSR (Western 00*PhYfical &xpedition#
Administration of Geol 9Y and Conservation of Natural Resources at the Soviet
0
ministry,, Turkmen SSR)
2/3

ACCESSION NRi AP4040293
SUBHMED, i.4jan% EMLs 00
UB CODEs ES NO IMF soyl 002 OTHERt 000!
ff
313
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,TO 7~~ ---

KHARIKOVY B.A.; DATSUK, Ye.M.
Seismic studies on the profile No, 62001 in western Turkmenintan
using the correlation method of refracting waves and hodographic
seismic sounding. Izv. AN Turk. SSR. Ser. fiz.-tekh., khim, i
geol. nauk no.6s23-27 164. (MIRA 18:4)
1. Zapadnaya geofizicheskaya ekspeditsiya Upravleniya geologii i
okhrany nedr pri Sovete Ministrov Turkmenskoy SSR.

-~ P.
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USSR /t'lectronIcs - Transceivers Feb 52
'"he 'Urozhay' Using Battery Vabes," 0. Anisimov
and A. Kbarin, Astrakhan'
Radio, No 2, P 36
Authc~s changed "Urozhay" -type radio station to ob-
tain more econemical supply. Miniature 2-v tubes
replaced regular tubes; a dry battery replaced the
RU-12B converter vhich required 70% of the battery
power and 2 BINS WD-500 dry type cells replaced
the 6ST128 battery. After these and other changes,
the transmitter drew 3) Ta from the B bat tery and
the receiver drev 5 ma.
253T59

KHARIN, A.0 kand.tokhn.nauk (3trivropoll-na-Volgo)
I
A valuable manual for hydraulic mechrinics. Gidr. i mel. 16 no.1:63--64
Ja 164. (MIRA 1722)

KHARIN. A.D,-,, inzhener.
Method of repairing defects in bronze facinge . Sudoetroenle
22 no.8:27-28 Ag '56. (Km 9:10)
(Shafts and shafting)

Name:
Dissertation: On increasing the efficiency of suction dredges in cleaning
canals of debris
De,iree: Cand Tech Sci
Iftv: Min Agriculture USSR, Tashkent Inst of Engineers of Irri-
gation and Macbanization of Agriculture TIILvZKh
t'tz~eeDate, Placee. 1956, Tashkent
Source: Knizhnaya lAtopis I.. No 45, 1956

HIM-11 I N 1~ 1-1 ~ T,
KHOLIff, N.D., professor *jIIIKOLAYBV, I. I., kandidat takhnichookikh nAuk.;
KWIN. A.I.: I~Zhene'r'.
Vol
lip
tv
.dromechan$,zatlon of earth works" by A. M. TSarevskii. Gidr. i mel.
-.8 no.11:60-6i. * 156. (KLR& 10:4)
(Hydiaulic engineering) (Earthwork)

-J
KHARIN . ~,Anzh.
~-
Cleaning settling tanks by means of dredging machinery. Blek.sta. 29
no.5.-75-76 My 158. (MIRA 12:3)
(Food
(Tanks) (Dredging machinery)
water)

MRIII, A.I. (Tashkent)
Removal of sediments from tank type water intakes. Vod.1 san.
te"kh. no.1:31-34 A 160. (MRA 13:4)
(Water-supply engineering)

KHaJH . ~ t., 70 V.V.j, inzh.
_kapd.tekhn.nauk; YUDIGHL
I.- -...
Studies of the use of vibration for underwater working of soil
with auction dredges. Sbor.trud.VIIIINerud no,1:108-117 162.
(Ka& 15:7)
1. Vaesoyuznyy nauchno-isoledovateliskiy institut nerudnykh
stroitellnykh materialov i gidromekhanizataiie
(Dredging machinery) (Vibrators)

KHARIN, A.I., kand.tekhn.-nau4;. RMOLINYY, V.A., inzh.; YUDICUT, V.V., :Lnzb.
Laboratory atudies of the process of e&rth working with Various types of
eurth-intake devices. Sbor. trud. VHIINer4d no.2:3-19 162.
(MIRA 1623)
1. Vsesoyuznyy nauchno-issledovat I'skiy institut nerudnykh stroltell-
nykh materialov i didromakhaiiizatsli.
(Dredging machinery.-Testing)

I
KHARIN, A.I., kand. tekhn. nauk; YUDICHEV, V.V., Inzh.
Using vibration to work up the groun-d by auction dredges. Mekh.
stroi. 20 no.9:9-12 S 163. (MIRA 16:10)
(Dredging machinery)

VOLKOVY V.T.; DUDKO, A.A.; LEBFDEV, V.P.; LIPGART, B.K.; WrHAYLOV, B.V.,
kand.tekhn.nauk; MIKHAYLOV, V.A., kand.tekhn.nFiuk; FUUNOV9 V.F.;
SAVEL'YEV, N.P.; SOROKIN, V.V.; XHARIN,-A.I. kand.t&hn.nauk;
Prinimall uchastiyei IVANOV, N.A., kand.tekhn.nauk;
IHOKOVA, O.L.; GOMOZOVA, N.A., red.; NAUMOVA, G.D., tekhn.red.
(Mechanization and automation in the rock products industry]
Mekhanizataiia i avtomatizatsiia v promyshlennosti nerudnykh
stroitellnykh materialov. [By] V.T.Volkov i dr. Moskva,
Gosntrolizdat, 1963. 35i P. (MIRA 17:3)

VOLKOV, Valentin Georgiyevicr... inzh., Igor' MflthaL!Iovich,
kand. tekhn. naukj KHAAIN Arnoild Ivanovich, kand. taklin.
naiik; KHRU,17,AUV, 11IM-Tall" Ivanovich, kanfi. tekhi.. nauk;
rJUMUCH) E.A., red.
,,Enriching and fractionating natural sand for concrete by
-~he 'rqdraulic method] Obogast,clienie i frakt.9ionir,:wario
privodnykh pesk(-)v dlia betonar gldrirvhchesklm,
Voskva, StroJizlat, YAI.. IQ P. 18:1)

ZUBKOV, Vil:tor Nikolavevich; 5SRU-" . redaktor; PIMORENNO, S.L.
tektinicheskiy redaktor
[The struggle to raise labor productivity In the petroleum industry]
BorOba za povy9henie proizvodi tell nooti truda na neftepromysis.
(Groznyil Grozaaaskoe ka-vo, 1955* 48 p. (Microfilm) (MLRA 10:2)
(labor productivity) (Petroleum industry)

RUBO, Leonid Grigorlyevichl.-IMIN, A.M., red.; VORONIN, K.P., takhn. red.;
IARIONOVI Ye.G. 2 tokhii-.- redi - - --,,
(Conversion and repair of asynchronous motors with a power rating
up to 100 kw.] Pereschet i remont asinkhronrykh dvigatelei moshch-
nosttiu do 100 kvt. Moskva, Goo, energ. izd-vo, 196L 391 p
(MIRA 14210)
(Electric motorsp Induction)

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-3 N-2-
=kldm milt 13 *0
00 1.
,

000 904 114% wwoo. up to 0,23 X t0 -I N. cut adomp.
1`12 at co W614"Plilm. Tbraos"410kiescit.
, 1
P
A

oo
990 a
ut submW f
cul
tmxMa 44 "a
t
Me
Im dwnem Is 4be pmeract IICI (sonawltat see

*all It" with x4cf) pmrm~W With tho SaUpulsok behavkw 4d
the camecuktimet of the wis. Cogtruls.
=~= HC1 or NaCI Is dw chbtoy to km a%.
c .I" &mcjm. (NACI < 0.1 N. 1ICI <
W
0
). In =ImWdso the SWA lawwd
Na" but OF W. The differemme be.
tv"m an Uctibed to the gmter rcuuda.
timm ai UnAm kin emomp. the stranwr wAdjag of tbg

40 moW
tbo eaketim aqd dw kaer debydmtiu4
to
ac.
tion of tbe act #A comww With macl, see
S L A ARTALLOWCAL MIAMI C&ASSOCA"Ou woo
flow
tolnee At 4mv 464 MOSS61 SON is
I T, a 4w a a 0 1 a a 9 a 01 3 4 0 LOS
1& 0 A. .0 "m A To S,
0 0 0 0-0 0 4 0 0-0 0-0 0 000000 0060000000 Off
-17
We 0 0-0 0-0 i9-@ 0--e-0 0-0 0

0 0 0 Ole 0 0 oooooooo*oc
00 0 0 0 9 0 4 0 41 04 04 4 0 0 4 a * 0
1 0 4 It 11 lild"111 lid to 4 ! " u m tj tj a a L"O
A a L a L -1 -&-it-A-1 I. a 404 cat 0, "A jig a e
4 . t
Ab
Co a, F. I ~wm whamak'n wili. A. AN. 4artao
'41%
jrejf~! N.J. ~J~ PAyideorAim. U.R.S.S.,
7 - d. .. 1S41, t. I I 1).-Fxpeftwate on S
M.
06 .;~
gals FRVPIU by Raws method and Aged by ampmum, to
.Y' abombed ad
mWight shows *KAO eq bit M
R' di*PkC$d. WAkdW 4 f_ t* With 114' JIM COMP11CAUd
by the Im"Mim of 104" mt 0 the Well,
Installer bquW - but w=bm 1:ireaegs" of the Ila- lIbeettled
an equiv. to i6 Ir dimpboad. The ftem,10 an tbwvbjm in
vftk thaw obtabod wft firlsmAy VT!W and
ti,
=00
Coe
see
11*06 ~000;
00
OA:
we
to
At 4 11 A MIJALLVC.4CAL L11141111UP1 U&S$01FKATICS
Ole 1' 0
U It &V W3 It -lm too
is
p to It It 0 4 1 1 n Ix Is it a
0 0 9 0 0 P 0 0 0 0 0 0 0 0 0 0 0 * 0 0 0 0 0 0
ioTeo' 0 : : : : 10 0 0 0 41 * 0 0 0 6 0 0 0 0 4 0 0 4 0 0 4 0 0 0 4 * 0 0 of j~,-

40-1- 41-4 0-070 4`011 'S 000 41141
loops to loolltel or to Is IF 00 a il-, "m it 'a
Al ( 4 , IL A. a of I, t a 0 1 1., Tis' "ItTIAPA a A 11"I a T
7, o-oplolq%
so a
QMlik (11914
041 a pikylkockhm. ).At hax been
ab4lwvk Irf dif"t Onalysia that Advv"km of Cl' And SA)",
0 jr loose these @We (cf. proceding abaft"c", 4060 not occur.
o: 114:1 llodab*4 the ads6opilm of IU' M. &o4 milt nowe
that of US" Satus, wid Mitt U pArallel to the Amtaj~iu6tk: go:
tfift-t of HCI as the coWlal" of the *As by Alg4L 1. and
IUCIV. Calloft mhaft" plays an lo lont,put in the
Ven.
coaVatkm by IUCIS (a the wtiem* C maca. W HAI
00 or , art but *pmo of [ViCil, at to a smaller extent W
mul. d6iWsim- the importame of thla. Addititmotiltillf
00.
:,f VOW. rmkn the auto MWIIY* to NAIrl, but not It, 110. goo
00 MaltriliatiC TOW of Ha u cmapared with Navi
to =-lo ;to gm1dor bloodartme aftel on the All"Oplion coo
of Nvaleat loove. to a streft
40 ~ s- blvAlling of 11,0 m4o. in the 1 800
o* 1164colle to Ia at It'. rmA to a week"- tichydirating
w Influenco w"14a."" Z: 00
.4041
400
1.00
,4*0
t00
Ulo
woo
4$4 St4 DIIAMIRrKAL 01144101 CLAIMPKiloOm ff I
40
too lose
btoo
Za. I lail, it,
0
U If IV v it 19 tr
It %d0 a *IN olstiq 1#1
9 0 0 0 010 0 0 0 0 0
0
~400' 9 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 is 0 0 0 0

CHARIN, A. N.
. "Concerning the Ei:pivalencs on Ion Exchange in Sulfur Salts.," Acta Phys.,, Us
No.5, 1940
Pedagogic Inst., Krasnodar

IL T&
T~ A-
go lu 461ii-l-ke- (m tk-4 PAW Oda of
F -
9"Is Od" by dm modk4d at VnMftk. A.M.KMAw.
P. N. Pinl4aws M. Va. Aquicove and M. 0. YuMer, J.
11,04. CAM. 8. R.) 11, $0-000411.- fIrmoutlich's
Imibnd (C. T-st. ISM) ft* Me d"C of Ow nn. ul tqulv*
09 ItMous"s is the ode of 8 Is ~ mly for dmwtwd
=kmates. Imod to the 111trate dtrw Ow masulailcm
tof l1w sob. T%w dcw*46ed Od"hiewmin or* pmIathion-
d mrs wkirb Pmadikk ssmw.+$ to to slahillicto u( (ktffI*s
--divill. Tlw no. III t1w milive, of NO.'" In llw INsaillol"
and a* try Fervoidlich's to. alnwro to Iv larger Man
Ow actual no. ofequJive. of nikillary lwAyAkmates ded.
go by the imbod of flondt vwI lywrant (C. A. 24, 1103).
00 J nwdifiedbytboactihom. Tbed(vcfgenc*o( the rvsulloc4
Mh-- Mo.Y Fnvnftb'i gmtlmW ffwn tbt actual
Y.). al Oqul", mkvuwy PO bkmultq dvprmd4 #"I: Ike
ast, of The K6 the ktwb W4 I= It he's twell to kinsdillat"I
i0fals. The hool cocultwe j" it. it. 4,
OM Of NHIOH UP= the ad, cte. This divwgtw* I- to
plainctl by tfw fact fkat theiv III a rmctkon twtv"a tht
mylkia"tes Ow 141f.011 well SA a* Ollitiatiou. A frf
Will'.
ACTALLIPOGICAL LATOATUffill CLASWICAtIft
;f7s; ;;FARR 1,
A
T2 do ~_AL m
a
$IOU somlo%ir
W, WV &i -0" i-I -
an a a &d 0 a a -1 v ft 9
so *
we

OOA
098
0 Oz
Joe
r. A.
Me. 3. M-U(
pewd. by the fictwo of N494,31.
c WM H&CI WA tute witta
04cal t1w Id W"
110 7( wa the
4-1 the 44
tj
At a cat %r= tto 61, 1
Wkk
zwAuttlad Or
Aftcr 24 bfs-
rug., wu dit(d, OFOM tbit wt- of a-" (or %(I-PA)
The acwty 4f 'he -1 sm's. cd
buwW Me.. fAW It- hum the 8 ulkNEUCI, ",
nuM In both Y~WAUS ~0& A"ter im"ma -%fff"
In the
t. 1b. dd -b-P a' in tht
".1d" Ibb 03101011Ctifed by the 10"W;= Of I'M-
L"jermkeW liqtdif- TW "OtIl" t" T
to t1w 41A 8 Mid-
ion al pQ gtom 1
b cqcwimtt tht kxdc 41tchanse it,
of Ochw peace- Wilk
W,4j SIG dmva% by th, (&a tUt on subtruting
as* t bmW with SN-- fram the tottal wat- Od
the am
fidaurfad as Is ObUbW Oat Is cqW'- W the alut-
Ift mitt 01 the 40mul",
bttka d um pawbimats "d swittle Ims in Like inter*
x":,,rO( s tm imk guh-P
nd the Ulm
&d Icidded lob. TwcWy nd-'
~ f
It L O.taxi .10 off oaf
41 0, 41 : 0
-- -- - ---- - - -1-1-- -
fig. O"Ing
116117 dw S" Sit
4 tend@
0 0 0
nod
444
see
606
goo
goo
goo
fee 0
IN*
If

41 ;73--ft are
A If I A Al1 1
~T low &40 #11W11400 6
an Ow dwers of 6111OW
ArStrKbodr, M CL Vega NO N.
Go. LIM R. 8: X it.) III NO, a.
MUNI)- d C A. A SW.-Tlitt ckag- ta_"
Rao No Ro- .04
t in 50 W.1 =kW
ok wav W for .40
epAd to
On Netam Inh as sk and light "0e
dWWA EW fa ads (1) a of the
6a: 16110
pwridn"tes tab" pis" which a4u&:WX couaww
Ir elm -On'. O"xrs 40cording to 3.'i(&..) -
+'V,"' +4H-+(I0+3.)S.W(3)
=12 q
and
the con-
Oc Cato, of Rk it bdvdfi=L The Ww". 1 1209
of Khadu (C. A. 3k 23M) of tbA prmc-- tak- 13~0
in OwS sob w4h time ar4 sbe fActs dctd. by
:u w-tmhag to UrfutidNA igfW
valtm. 000
T*h&"
to
is fj,l lathe
=11 rio aw lumts of th4 um OW, on ag" W then qGG
Usdiffleramdemum. Tkermcatforthimidifa. 4100
as explidow In the pg., p&W. Twelve M-
W. R. Itemn lose
I L A 49TALLUROKAL LIT141TURI CLASIVOCAIWO
ale
4V
u 1 4T so 41
0
0 0 to-*
0 0 000
~s as To as
a See-AL#040-000 *00

0 IN 0 07w-"
00
isfttsedou belvem k1tvalpo PAN& WA weed4se m-
k1dride to ado" d Ad dis "WA to
"Wk kusmo ads. Z400. 9.
(1947).- - OW am
VV-72 BY ~Ju&ftn I comdudatuctek
00
0411 J
so tkmti=, mWag of pat eaW. of AAA flad HS multi, in
&W a dell at the dee. cad.. ~;~tfy
Votm=111 (be =Ldm. 'Zomsequectly. am WAIS m-
action A#A + SHA - A" + is sewcupwded by
A& ratting kulas *Wg IW Tlem"m at The
IP 0 V so pcmut ils the
umnatme 61100011 th" tbom a" an
watertsk-twe WrAw. tbitic %&XP(iad ad dw mkvua ke a
4 14 1 1.,u W if j@ v a ce 0 ~44'& OXO
"I A?
in aA ru% vM dowly A", And ttmo full detwool on the
order of inixittf; or off exct" W frithee HaS tar Atq(A. OR
'acius is the pcekvm all (h, both e(m. ccaut. awl
IWmW' pirlicularly is "a with exerst Iles. Is a I
cuu.. with % f9dwiltd, Me SMAY undm(cs so tkinge
with tiNt. AM 00 ASA It (OrUMI. CVVft id W"kht.
itemme, OW tkc. comd. C4 4CA with c1ce" ffq 44oft in.
cirAffe with thae, twee tbjmgfl much cume 41,mly thad in -
the cd Of, to via wth eu-t-A A%4h mrithcr the
CICC. Md. thAtIC" with Istne in the 44.
Ackift"Y * ca kc I is
ww" t4 (h- The fol'Ce" the c , "l- '0 u with
tict-4 I W, Is the abocum 4A Of. it distilbef I"xa I he act.-IS
Chc tak* place u a reffult of mWittion, anti can tsul"
du to all chaace of the "vity d stmng xcifii, willpm
dunceaftheiramt.
atilt the cirdimatim c4 the comcimfometric littAtiGn curvri
nivmv with tinteg the ptWW% of the miti. femAining ton -
'bAng"l; as SmIs as sk is admit(M. fife tairlifflum f,
-hilml. and the ckv, cood. rivs hultly. The ;4cuts
famted alnerg with thriamution.4 the-.0(ml. "M pUyintr
the rj(e of subdLcm. we of the tym uf 8:jLqmf awl
O;A&Vf, in the peewete of excts. Ili or extv" AAA.
amts. et file onter of (IJO 0.04 milhequiv. per
A". &M. being ;wartivilly all adloarlml an the
WA dtfic"Ohle In The iutcrmkctur liquidf.-
Then VcXlj(X(A. ATO OtAllIf 41111Y ill the &WNIP"I PINIF,
N, Pulls
-00
too
:48$)
z*
0
to 0
I
- ' - - - -- - -- -- --
.
S a k at Tit LvvGKAL Litt"11,611 CL.S11FICAICA
it too
if
0, u To r
rp o it if fog rt a All I I
of* 000 0 r
0:0 0 0 0 * 0 0
1114040 0 00 00 446 0 0' GAS *so fog* 0000 00 go 0 *1

We 0 I*e be mirmoods ads maike
.01
a
Is Ilea iwwl 404-%Y~-"
WWII&, A, -N-Oulic
" , ''fko;~Lg via
molls"a
, IlI.A.
AWh, &at.: in tvilua v*b sit is
-404me
do A" tPuppouod
dw a 100 the dw. omi. &*100
"10 a.,,
'Tu mm"O"S to 40t.
1, , '
FA- - 27. TUady CKUW
fe
-Ums 'Am%-,,- ad
gem
'at It
to 8 is
wwh lam If Is *A WADS
as vA ad
. ~!, C- "Z- T, "
o lucte or Was A&vodd. I of
MOMS td (wimm Tbaii. w
the aft ilia
411"Up 44 do dullm- I
000 fatit) mw r the Hi;V=i- t;;
dw dam
at V046W 1k m is back the hangeA micclur it kmo
Qr IF I Serig. and oto
99 43 lUtrateb obtaboed dw odda. of OdL(3~ at the co , thVV, j& call straight ce to
tht fifteaks obtAkmd after pimilimimmT cm V "' as =4 oto CR- N.
d the
94 A%.% with N&C). obe lattir detulac (aw ad. olmom ofou-
tu*md by Ow Intemkvilat I , vA dkOvict in= tb&t
00 The .he dwArqW4 &IV" do dl*q
Wall- of catko adumbcd bY the wAtdke by way of ex.
jmywv4*A4UWmmta.
ad 04 at Us adwdw COW& with m liatt of
!1i forwicA imilingdof obomv W witablid toy t" Istemkeme
lkpW *od 4.mk-c %A mol. 4di-mption the cMaridto an
to a o(p4fk-4*t amts, at t6 Wo ate i;wd 14'IC*
t:!:LwA
Jim
in tkould; it that wat. 6 dedocted hvxa tk
tow gmt. of 04 ~m baund by the ~0. the difampim cdo.
ekke saiWadmily witik 0A &dd&,*6w pindtood by dm
!L
4 #'ji7i I 9~ Ai'
44i t
EMS
ir I w 4
U 0 IV 10 LI f-
s 9 3 ot cc it it It a Ox
11 L
a 0 a 0 e 0 0 *
0 0 6 0 o 0 * 0.111-t * * # o6 iiiiiiii a

MMIChgaIgtry - Absorption, of Acetic Acid, Oct 48
by Carbon (Contd)
c,,j sorption on carbon and establishes their dependenes
r-
on speed of flov of solution and diameter of carbon
graim. Calculation based on this data of asyzVtotic;
course of relationship betveen time of protective
action and length of carbon layer gives, f or loni
periods, results in good agreement with experiment.
Submitted 27 Dec 47.
LC Pi/49TJ2
UM/Chexistry - Absorption, of Acetle Acid Oct 48
by Carbon
Chemistry - Acetic Acid, Adsorption of
-AbSCOrptlOn Of Substances by Granulated Carbon From
a Flow of Solution: I, The Analysis of , Dynamics of
Acetic Acid Sorption by Coarse Porous Carbon," A. N.
1harin, P. W. Protasor, Krasnodar Pedagogical and
Teachers, Inst, 202 pp
*Zhur Fiz Rhimiil No 10
Studies dynamics of sorption of C COOR from aqueous
solutims of coarse carbon. Us,~Nhecry of sorpticin
dynamics developed by Zhilk-bovitsk1y, Zabezhinskiy and
TIkbanar, calculates kinetic coefficients of sold
Tim 21/49TI2

;w v a W-w-w- W W IW W_
40 A?
go
*0
go 4
W*m d "lo L' TV

go A .
Gedw A
Y awb
UM cum

so VV
and P. ZAw. pis. X
r
82
13104WISO)
-AcOll w4m
OAD34
00 91
f .
.
.,
1w4 tbcwftk WIN to. kwS caliomw sob
'
wk" th
I
*0 o e "
t fmcon
t was 0,30% ged
WMV.00wovol4io-stallem./mals.
"
th"Pub
*did not so
"I

go 13 Which o
LIS thin levok wt =Oahmm' r Is aw ist
t
K i
d
b
as
l
s a cau
o
..
om t
w amt. of A&OH bet
iwat V%kw amot be segkoed. TIw h
comm
of th
W
ft
.
e
ate a
er the brftk tbroo
countgA Im by The themy of TULhomm of
AAA

ent
ims
mm"
o
A.
u 0 _lV 20 A-A 9 -T_r
ile
OTO we*** 0-0-0 Cgo 4~0 0 *a**-"
jjw pw# VW,
thm, ww
tb* &4.
of The
can be ac.
C.A. 41.
IL soft* "Olor"04 0 3
-00
.00
go*
age
P me*
me
coo
see
too
use
we

971
*lsnleiovani(~, Mriamiki '~orbtsil Korlandrovo,,o Efix-iogo "Zid-a iz i3odnyn
,.i-ntvorov Krupnoporlstyra Uglera (f7oobshch. ~). -hur
7 rp-l Priki. KtAdij 191,91
1.
No. '33, S. 135-1,5. - 13 LblLogr: 11 Nlazv.
IX - 34

IU dymead" d sup" of owifiater Ofseettial so 119111
441daiiiis admillm by dw"d. A-i. Xhuip,
wul L. U, VrAtko. JCAimt. U. U&-4S(J%O);
cl. C.A. U IZ*k.--C4rka4w Q wmed wag to 73% W. In
dQwwr). &Kfwm tession of thm &q. eats. Was
!t 20 703. $4.0. "d 42.0 for cocitnS. C equal to 0.017.
u.307, Mid I The axis. were filtered through birch
cluicow of Oft-Ifp.- rid" !) W,y ".III wn,
1!11.. ar 041"Whed
calbum w" 0-20 CAtf13 + C). I tuns of
ON 0 was KL-r. wben tbe kusth L of the C caumn
vju wm 19 -ad 100 cm. The const. K was 24-1u0
add ./cm. UW The cotist. w was 7(X)- IOW tnin.; thmwAino
datInIts 4ed of clikew C or the rate of dow (1-2 cin./sec.).
,ne rate a# adewpaim in its dret stem AVm with the
tk"ory by Ttkbmwv, d st. (C.A. 41. 6791c) i.e.. is detd. by
Out mte at diffitsion; but thm tbewy Is oot valid for the kat
Rik-

us s R
ti '3ils 1 A

collatdol flat's AIRmeo"I 11101"houll 04 diffelooll kinds of
culsoll, I.- hi. Voliko alml A. X. Khom
Pril.pqwd 41111 I-S.1-71W-
21. 1 z- I, IIN 19 10 f t' 1 4-1. -11A I h
11m.w 0 1 A; % 1 1 40 AW)
1.11-4t'1 .0% Ilw miffn4l difloo'n.
I1w I.tw .41-tkKI 'A W of twumler Ogg 21 tyl" of rAll.-II
04, -Itplwd. k4tesof Imling of th~.Iq, ~11114- uf ".1mmirr
till ~wl OW tILAIII. 4A OW CAltit"I CrA111% "t rV IlIC % AtUtik,
blU111.11. Ill 4.14111., 0`410* 1400 MA(Ir 4on carlbou of im%t4j
pallule wr mOrl iNnsdilkwis .1,1"Ouldims dmg~ I.AIIIJ in
I.N111,11S.41 The Firigh"I J applWakilly of Ille
/h.. fi,ij A figirof Imfillsiq -.4w .4 . :.
.1 m. '1141. 11-C tItAlI IIAlIkIr 4IM111, (is 1 1141.1. It "A-
,muluil-I ilmi thr &uwtk- ow(N. ol -wwkm of moundcr
A"Ohrucife. itud
i li,omal i iwfwy flit i-mitor sclAlsou fit the sp. r4te of imfing
111 .11". AIIII Ill 4IMS11. Of V14110111 Wtk'k. Visit, 10
,iijitt, of &-arlmict Imrficte awl iwmsmfic iov q*1 I~httjg M
-lit
as.", It ol"I'll-til. I A,Ir , "I'lot A mt. I ~mw.igpthml
. W" I thr 111-4 t.61h. S. Nj*rV

Tke uptake of subst"c" by vk1~4 arbis hand a
d bdy& adol.
Str"m 4w Wed".
Iv A N. Xbmwi*--
T. 0, HOWAY11bel"'a- larl"
'rC*chC-:s lost., VJUCHIIU). Zk-. AS.
L II(Ig&)); c(. C.A. 431. 123P-Oull"""
A -9 -()to %') 'A CIV filt"t'll th columns.
AM "as. (0.01 - rc(mI wbow P111.1ficlet 611:11. d "a
cgu. k". J bircb ch-I
A-M. 'I'hr thile 0 of Wed 'I'he
68) i Cl 4,111. ".r. j, t1w 149tt! 1), Mira
CIO 0
-ru, Lille
0. And we 10"T"! - I,) m7) 1-01'
J1.06; the fC14,i, to ItI Willy fit
V V. At
titne AST"t I
pjjMAI P) - ' t th,
filtt-tv W tut At
. 1 4
IWA!'All intellul
fat
7, t., I
n ~in thn t;jr th h,

mechawlam Of tio Changft
~der diglateat cmd1tious 4W dymande aoqpdm of soma *a.
"stlal ode fnamequotmu salatkas. L.M.VolikospAIA.N.
kharla. Jlur. PriAlad. KAiw. Z4, IM-190951). J.
-41~)4ied Cirm. U.S.S.R. 24. &57-td7(1931XFnXfish trAns.);
d. C.A. C11, MUlf.-The range wu ded. of a and d, for
the surptim of ewntial tAb from &q. wins.. wberc . is the
rate tit &nt of oWn. and d Is the &w. diam. of the carbon
partirles. Remilts i.t!v tabuki.ted. Gladys S. MAcy

Dynsuriks of the smilon of essential oil of roses from
JR4 us volutions on to trains of activated csrbo
040 n.
Kbarin and4t. N11. Voitko. 1. Appl. Chem. U.S.S.
W7-4OB(19-52XHtigl. translation); Zhur. rliklad. Khitn,
25t 362-72(1052).-The dynamic sorption of cisential oil of
roses on Statialar C was studied by taking Intoaccotint the
previous txpt. of the authorg (Cal, 46, A929d, 81430d). The
essentialt11 of roses from Simferopol, contg. phenylcthyl a1c.
1) 65, cit-Ott"1101 (11) 30, gerattiol 2, S, ;wids
i,and'pht!nolsO.5,%a#used. llrttiti this oil ii watcr
!
"a. was I)rcpd. forthe Mots. For control, Yevcral separate
sorption tests were made with I and 11. Dywimle expts.
with themi %oIns. were carried out its nitntioned in pttvittus
articles. There Is sonic ditferentiation of the itudii com-
ts of the oil, 1113 more strongly u(korbcd in the initial
of the C layer, whereas I Is held back to the final
This scpn, 6 Incomplete, The time of peration -
la!'tr can be caled. applox. from the sorption lso-
thQrms fov rose oil at a given tettip. lylth I a r U I
'0' 9e "ne 0 1
operation, of the adsorber and sufficicia length of C .Yell'
the distritution of S=Itc substances should be apprecl-
AM differmtLated. v al tables of data and soin. curves
anTsurfac- tension isotherms are given. A,

AUthore I Khar~.n, A. N., and Lotreentseva, Ye. 11.
Title I Lyrnmics of adsorption -~f 17 Utl -~ns Dver
cart,on studied bi rr~~,
ans
r- :Let-:. D,:~
6rlc~dicrl i Zh%-r. fiz. Khim. 29/10, 1683-1ENt, ~~15
Abstract I The dynamics of indsorption of acetic: ard butyric ~icj~d Mi--,ftures from a~lueaus
solutions over granular carb,)r; Fzpioyiag a newly develop-
ed marked atom method it became -~h,- content of acetic
acid adsorbed hv t~,t 'i"A -,.-ri acid in
,;c: it 4 on. r t rt,- -i !.-, W 7 ': jV r' f a c e a: i.~,
L,~ut*~-r~;(- :ic~,j r-I rT ire- f--
bircn carbon
Tablesi i-raphs.
1notitution Taganrog Radiotechnica-l rn5t, rind K, r:~
Su bmI tt e d March 28, 1955

USSR / General Biology, Grenetral 1~~drobiology. B-4
Abs Jour Rof Zhur - Biol4,, No 14p 195Cp tic) 61975
Authors Yonellynnovo M. Kharin) A. IN
Inst Smolonsh State
Title InvestiTating thi! Reservoirs of tho Floodlands of the Kuban'
River. I. Soil Deposits of Old Kuban'.
Orig Pub Uch. zap; Echolonskogo gos. pod. in-ta, 1956, vyp. nj 241-263
Abstract In the years of 1931-1932, soil ao-posits of old Kuban' in the
floodlandr. of the Kuban I River ucre investigated. In the
central part of the raservoir the basic soil mass is repre-
sented by smll ninerc-1 particles. There, silts prosent
(according to str!.zcturu parcontz~gc of various fractions)
silt-containing sandy clay. Organic reLmants of the soil
(10-12 percent) consist of detritus and dead nainal plankton.
Soils of noar-shore zones ~rQ characterized by their con-
trinin.- largo anotints of sand fractions. They ara
Card 1/2
USSR/11'Ysical Cherdstry - Surface Phenomena. Adsorption. B-13
Chromatography. Ior- Exchange.
Abs Jour Ruferat Zhur - Khirilya, No 6, 25 March 1957, 18761
Author 10larin, A.N. and Svintsova, L.G.
Inst Zh.- fiz. 1thimii) 1946, 1113
Title D,11rL1ur,1',-cJ and Kinetics of Adsorption of Iodine Upon Coals
fron, Aqueous ond Al.,-oholic Solutions.
Orig Pub : Zh. fiz. khimii, 1956) 30, 1776-1791
Abstract : Stc~tic a1'10 ki~lctic coefficients of adsorption (A) of I
on 4 sampies of activated coal from 6olutions in H 0 2
in aqueous Golutions Of KI and in C 253 )
measured. The influ2nce of the spe 2H50H at 170- were
ed of mvement of the
solution upon (A) and the change of distribution of 12 on
coal 'with time were utudied. It was shown that the speed
of (A) depends oil tho, speed both of external and internal
transfer. An agreemenc, was obtained with the theory of
A.K. Tikhonov, A.A. ZlluWlovitakiy and Ya.L. Zabezhinskiy
Card 1/2 - 328 - aq~,6 'o

IIIV--,:,? L i,,,, L iO--I C-L Vw Lun-itt.,dinal in t~It; Flr,-,i (;i' 2j(~!-:t`
t.!.*Ln vc-locity e-ciato in C;L'J~.' 0.~ -10 rjOti.:!L_,.Ijje lt~n,~itu-
disj,l,&cv,it~rit iL; -.o Lij IIn o~ the lon-
in ".-1-02 acid O1LiC -ICid
The --,21ation bet..'e:7ii V:~~ ~ccfficientj ol.' t1it,
lon.itudin.,l dio,,"L,Lcc~mait' D" ill C:11- ':r-in -....ter d ill
cm :~nd the vc1ocity U.' -n Ci.i/ji~c ij
howovar, docz, n,,.,t auply in tie Clio- O.L "re-ly oiall. V~locitiej
(b,%caujo it do,~j nc'L into t!-~u, .ic~iecular difi~ujion coef-
ficianOt D* - (0,07~ -1 1,IT d) X,' + D. i~;
t1kat the D*-vulu(~,s fovind accordin,, to thi-.i 2-4--lation ~,.oincide with
thoje, obtained jZi- thz! u.-.pcrimento, and vi,-.it tlie abovc-vmtioned
Qqua-~ion expre3juo wQ1I,. Vie relation '6-tyreen tlip coif f-ficifi. lit of
thu lon;~-ituainal Oio-de.---~mont am! the linear velocity wlien acetic-
and o1cic acid is ouppliuO to t1w _-r-lirs of dif-
-erent diameter. Tbc!rc -..re 4 fi,~;ure3, 3 t~.Ijles, and 6 refe=nces,
-.11 of .:'-Iicli are 131avic.
Card 2/3

7-,-1-21/32
Inveiti.:;ation of the Lon.1pitudinal Displacement in the Flow of jolutions Throl,~;h
a Non-Siorbin- Charte
ASSOCIATION: Peda-o-ical Institute Krasnodar. lidiotechnical Ins titut e,) TaEanroll-
(I'mono(larskiy peda,',0',riChP3kij inati"Mt. Ta,~unro--~`iy radio to 11-hni -
cli,~3i~ziy inotitut)
OUB11ITTED: October 26, 1956
AVAILABLEt Library of Con~,,ress
Card 3/3

76-32-2-10/38
AUTHORSt Kharin, A. N. t Ampilogov, I. Ye.
TITLEt A Comparative Evaluation of the Part Played by Kinetic Factors
in the Dynamics of Adsorption of Acetic- and ButTic Acid From
Their Aqueous Solutions on a Charcoal Bad (Sravnitellnaya
otsenka roli kineticheskikh faktorov v dinamike adsorbtsii
uksusnoy i maslyanoy kislot iz vodnykh rastvorov na uCollnoy
shikhte)
PERIODICAL: Zhurnal Fizicheskoy Xhimii, 1958, Vol. 32, IIr 2, Pp- 341-343
(USSR)
ABSTRACT: An evaluation of the relative part of internal, external and
longitudinal transport in the dynamic adsorption of acetic-
and butyric acid from aqueous solutions on two charcoal sorts
of different granulation at various flow velocities was car-
ried out. According to 0. It. Todes and Ya. M. Bik3on ~ de-
notes the effective k:-netic coefficient which depends on the
kinetic coefficient of the external transport P-1 and that
Card 1/4 of internal transport P", and in dynamic adsorption addi-

76-32-2-16/38
A Comparative Evaluation of the Part Played by Kinetic Factors in the Dy-
namics of Adsorption of Acetic- and Butyric Acid From Their Aqueous Solu-
tions on a Charcoal Bed
tionally depends on the ratio D*/,D,'12. 041denotes the speci-
fic velocity of flow computed for the free layer cross-sec-
tion. D* denotes the so-called effective coefficient for
longitudinal transport, which depends on the heterogeneity
of the layer packing, the convection mixture and the veloci-
ty of molecular diffusion along the layer. It is shown that
between the averaged kinetic coefficients obtained by means
of dynamic experiments and those obtained by kinetic experi-
ments did show no essential differences. Therefore P values
from both experiments werp used here. From the fact that the
averaged effective coefficients ~ of butyric acid, obtained
by kinetic and dynamic experiments, at the same velocities of
flow, the same concentrations of the solutions transported
on the same types of charcoal of the same granulation, were
very close or equal to each other, it is concluded that the
part played by longitudinal transport, as a kinetic factor
in the adsorption of the uharcoal layer from the flow is not
great. This is confirmed by a comparison of the parts played
by all three kinetic factors. The relative part played by
Card 2/4 the external and internal transport is essentially g:reater

76-32-2-16/32
A Comparative Evaluation of the Pa:~t Played by Kinetic Factors in the Dy-
namics of Adsorption of Acetic- and Butyric Acid From Their Aqueous Solu-
tions on a Charcoal Bed
than that of loneitudinal transport. It is shown that in the
adsorption of butyric acid from solutions of constant concen-
trations (10 mMol/liter) the external transport plays the
main part in all sorts of charcoal and in all ranGes of ocl-
and d values investigated (J/P';~> 1/t3l). Only at a velocity
of OC = 8 cm/min ( W - 0,290 cm/sec) with the solid char-
coal Nr 9 the part of internal transport (1/p, : 1/0" -
= 56,4 : 42,4) become3 measurable. In the case of the adsorp-
tion of acetic acid on a birch-charcoal from solutions of
small concentrations (7 mmol/liter) the external transport
plays a main part as vrell. Already at oc- 3 cm/min and grains
of a d -0,325 cm , and with ot- 8 cm/min and grains of a
d - 0,25 cm, however, the amount of internal transport be-
cone s measurable with that of external transport. With a
further increase of the velocity of flow (or an increase of
the grain-diameter of the charcoal) the part played by inter-
Card 3/4 nal transport becomes dominating. W4.th great concentration of

76-32-2-16/38
A Comparative Evaluaiion of the Part Played by Kinetic Factors in the Dy-
namics of Adsorption of Acetic- and Butyric Acid From Their A(pous Solu-
tions on a Charcoal Bed
acetic acid ( 30 mliol/liter) the adsorption velocity mainly
depends on the internal transport. With more dense (more
solid) charcoal Nr 9 (anthracite) internal diffusion takes
place slower than in the case of birch charcoal (pl, is smaller).
Therefore its limiting influence in anthracite is relative-
ly greater than in the case of the adsorption of acids on
birch charcoal on comparable conditions. There are 1 figure,
4 tables, and 11 refoxonces, 11 of which are Soviet.
ASSOCIATION: Taganrogskiy radiotekhticheskiy institut. Krasnodar3kiy peda-
go6richeskiy inatitut (Institute for Radiotechnical Engineer-
ing, Taganrog. Pedagonic Institute )Krasnodar)
SUBMITTED: October 26, 1956
ir Acetic acid--Adsorptioi 2. Butyric acid--Adsorption
3. Charcoal--Adsorptive piroperties 4. Adsorption--Analysis
Card 4/4

AUTHORS: Kharin, A. N., Vereshrhagina, V. 1. -32-8
,,,SOY/76 -25/37
TITLE: The Effect of Electrolytes on the Statics and Kinetics of
Iodine Adsorption From Solutions by Charcoal (Vliyahiye
elektrolitov na atatiku i kinetiku adsorbtsii yQda u~glem iz.',;.
rastvorov) I
PERIODICAL: Zhurnal fizicheskoy khimii, 1958, Vol. 32, Nr 6, Pp- 1678-1888
(USSR)
ABSTRACT: It was assumed that an acceleration of the internal transfer
of the iodine moleoulef; in carbon particles in the presence of
iodide is caused by the formation of the complex ion
(J.j2)_1. The formation of polyiodide anions considerably in-
creases the solubility of iodine in water in the case o,f iodine
additions. As also bromide and chloride increase the water
solubility of iodine tha authors carried out experiments using
KJ (in water and alcoho.1), KBr, NaCl and Na 2s0 4* The latter
decreases the solubility and is said to make possible a better
evaluation of the investigations. In the investigations pre-
Card 113 treated birchoharcoal of' a certain granulation was used which

507/76-32-8-25/37
The Effect of Electrolytes on the Statics and Kinetics of Iodine Adsorption
From Solutions by Charcoal
had a surface oxide of the type B according to Shilov (Ref 6).
A description of the technique is given. The effective kinetic
coefficients were calculated by means of ari equation based on
the theory by A. A. Zhukhovitskiy, A. N. Vkhonov and Ya. L.
Zabezhinskiy (Ref 9), an well as 0. M. Todes and Ya. M. Bikson
(Ref 10). From the experimental results may be seen that the
iodide exerts the greatest influence on tho adsorption kinetics
investigated; then the bromide and chloride follow according
to their effect, whereas -the sulfate did not display any
noticeable influence. The observation made that in the case
of a small granulation of the carbon (0,075 cm) no differences
of the adsorption rates exist in the beginning is explained by
the predominant external diffusion. The changes of the adsorption
rate noticed in the case of coarser granulationt which are still
greater in alcoholic solution (in the case of KJ), are explained
by an acceleration of the internal transfer. A, detailed ex-
planation of the experimental results obt&ined is given.
There are 6 figures, 5 tables, and 11 reforences, allof which
Card 2/3 are Soviet.

4
SOY/76-32-8-25/37
The Effect of Electrolytes on the Statics and Kinetico of Iodine Adsorption
From Solutions by Charooal A
ASSOCIATION: Taganrogskiy radiotekhnicheskiy institut (Taganrog Institute
of Radio Engineering)
SUBMITTED: March 25, 1957
Card 3/3

KOLESOV, S.N.; VVEDF&ISKAYA,L.A.; prof., retsenzent;
LOVTSOV, V.1%, dots., retsenze:.,it; LIKUTSFEV, U.N., kand.
tekhn. nauk, retsenzent; FUTIDDVA, I.N., prof., doktor
khim. nauk, red.; TROF&OV, F.E., red.; BAUTIYA"ROV, A.,
tekhn. red.
[Laborator.v work in general chfimistry] Praktikum, po ob-
shchei khimii. Tashkent, Gos.izd-vo Uzb.SSR, 1960. 141 p.
(MIRA 17:4)
1. Zaveduyushchiy kafedroy khJrAi Taganrogskogo radiotekhni-
cheskogo instituta (for Kharin'.'. 2. Zavoduyushchaya kafedroy
khimii Moskovskogo elektrotokludcho!ikogo instituta (for
Putilova).

VERESHCHAGINA, V.I.~j,,_KHARB, A.N.
Theory of the statics of iodine sorption on coals from aqueous
solutions of halides* Izvevyseuchebozav.; khim.i khim.tekh. 3
no.6:10U-1016 160. (MIRA 14:4)
I& Taganrogskiy radiotekhnichaski.7 inBtitut kafedra obshchey.
(Iodine) (Sorption~

KATAYEVA, N.A.; MkRIN, A.N.
Effect of the solvent and of the type of carbon in the
kinetics of iodine adsorption from the solution flow.
Zhur.fiz.khim. 35 no.)-2:2794-2791? D 161. (MIRA 14:12)
1. Tagunrogskly radiotekhnioheB]ciy institut.
(Iodine) (Adsorption)

.--KUR~Nt A.N.; KATAYEVAp MjA.
mechanism of iodine transfer associated with the internal diffusion
kinetics of its adsorption on charcoals from various solvents*
Dokl. AN SSSR 137 no. 2059-362 Mr 161. (MIRA 142
1. Tagilwogskiy radiotekhnicheakiy institut. Predstavleno
akademikod M.M, Dubininym,
(Iodine) (Adoo:.-ption)

KATAYEVA, N.A.;JUiARII,_A_.N.
Intradiffusional kinetics of iodine adsorption from various
solvents on carbonB of various porosity. Zhur.fiz.khim. 36
no.5:973-980 My 162. (MIRA 15:8)
1. Taganrogskiy radiotekhnicheaMLy inst-Itut.
(Iodine) (Adsorption)

MURDATEVAp F.I.; KOCHEGAROV., V.M.; KHARI14 A.K.
Electrodeposition of antimony from ~.he trifluoride electrolyte.
Zhur. fiz. khim, 38 no.3:756-760 Mr 164. (MIRA 17:7)
1. Taganrogskiy radiotakhnichaBkiy I.nstitut,

KOLESOV, Svyatoslav Nikolayevich; VVEDLISKLYA, Lyudmila
Andreyevna; KHARIHI A 11 , prof., retsenzent; HUSTAMOV,
MR., prof ,-rssen~z6j--RAYTSYN, G.A., dots.,
retsenzent; LOVTSOV, V.M., dots., retsenzent; LIKONTSFV,
N.N.j dots.p retsenzent; PUTILOVA, I.N., doktor khim.
nauk, prof.p red.; MAKUSH121KO, Ye.N., red.
fLaboratory work in general chemistry] Praktikum po ob-
shchei khimii. Izd.2.p perer. i dol... Tashkent, Sredniaia
i vysshaia.shkola; 1963. 186 p. (MIRA 17;12)
1. Zaveduyushchaya kefedroy khimii Moskovskogo elektro-
tekhnicheskogo institute. svyazi(for Putilova).

STRASHKO, B.Yu., inzh.; KHARM, A.N., inzh.; GOLUB', T,F., Ln,-.h.
Erection of a metalp tower headframc in the Donets Basin. -Shakht.
stroi. 9 no.4:18--20 Ap 165. (MIIRA 18 5)
1. Donetskiy Promstroyniiproyekt.

L 132:1:lk EINT '0/'EiV(0/MqP0) jp
:!ACCESSION NR: AP5020929 uR/ol42/65/008/003/0362/0364
66.o6
1AUTHOR: Katayeva, N. A.; Kharin, A. N.; Romanenko, 'ji. V.; Kolesov, L, N. (Docent
XV,
!TITLE: Obtaining ferritAlLipitates on metalsiby electrophoretic method
SOURCE: IVUZ. Radiotekhniks, v. 8, no. 3, 1965, 362-364
TOPIC TAGS: lectrolytic deposition, ferrite
ABSTRACT: The use of the electrophoretic method for-deposition of ferrite particles
on-copper wire-was investigated. The zinc-nickel feirite used (Fe203,65.9%; Nio,
d 3
19.610; ZnO, 24.5%), had a density of 4.67 gm/cM and magnetic permeability po = 1000'.
It waii mixed with ethyl alcohol and ball milled for 150 hr, after which a 5-10%
ferrite suspension was obtained by decantation. To improve the electrolytic prop-
Iertiet3 of the suspension,one drop of a 6% aqueous sclution of cerium nitrate was
added to the suspension.. Before deposition, the copper wire was bathed in a 10%
alkaline solution at 80-90C for 15 min, rinsed in distilled water* etched with
H1103 for 10 sec, and rinsed apin. _Deposition was c:)nducted for 2-10 min-under a.'
current '0':t depending on tli~ ourface'srea of'tl~-e-vire.- Adhesion of the
ferrite particles was assured'by dipping the ferrite.-covered-vire into a 1:4'solu-
Card 1/2
*"j

L 1323-66
ACCESSION NR: AP5020929
tion of' MBK-1 glue in toluene and later drying-it at :.OOC for 12 hr. The electro-
VhorettQ process increased the-inductance of the Coppr wires to 1 ph fron fractions
of 1 uh. Copper coils similarly processed showed an Imcrease of inductance of 1.5 1
-to 1.7 times.
(PWI
ASSOCIATION: none
SUBMITTED.- o8jun64 ENCL; 00 SUB CODE: ECIF-mi
NO REF BOV; 003 OTIM: 00 0 ATD FFM8
i Car 2/2.

KHARIII, Aleksey Petrovich; KURIYANOVICH, I.I., red.
... .
- - -.1 - lpa~fitialn of the machinery indu-1tryl Rozervy mashino- .,
stroitellnogo proizvodstva. Orenburg, Orenburgskoe knizh-
noe izd-vo, 1963. 99 P. (MIRA 17:7)

KOCHERGIN. A.I., inzhener: KHARIN, A.P., inshener.
Methods of mass production in single-unit machine building.
Vest.mash.)4 no.1:90-95 Ja 154. (MLRA 7:2)
(Fachinery industry)

e-
KWIN, A. I
Total lunar eclipse of January 29, 1953. Aatron.t3ir. no-135:21-22 F 153.
(MLRA 6:6)
1. Kafedrs, astronomii Tomskogo gosudaratyennogo universiteta,
(Sclipses. lunar -1953)

Luna occultations of stars observed at the Nikolayev Branch of
the Main Asironomical Obearratory of the Acadevy of Sciences of
.-.Aptron,. tpir, no,176:,21 A 157. (nU 10:6)
take V,�,,$,R
Mikolaravokoya otdolentye Gosudarst,rennoy astronomichookoy
;;servatgrii Akademii nauk SSSR.
(Occultations)

KHARIN, A.S.
Obnervatione of the total lunar eclIT)se of Hay 13-14, 1957, at the
Hikolsev Brnnch of the Academy of Scieftee of the U.S.S.R. Astron.
tslr. no.184:18-19 S '57. '. .1 (MIRA 11:4)
1. Ilikolnyevokoye otdeleniye Glnvnoy netronomicheskoy observntorii
All SSSR. Pulkovo..
Mlips,es, Ijunar-1957)

KHARIN, A.S. (Xiyer)
Observatiops of lunar occultations of stwe at the Nain Astro- '
nomical Observatory of the Academy of Scionces of the Ukrainian
S.S.R. in Golossevo. Astr*on.teir. no.19):31-32 J7 1589
(MIM 12: 1)
1. Glavnaya astronlicheakaya observatori,.ra 0 U=, Goloseyevo.
(Occultations)

I -KHAPIN, A.S.
--- I------ --,-
Operating the photoelectric transit inatrwaent of the time
service of the Main Astronomical Observatory of the Acadenq
of Sciences of the U.S.S.R. during 6 r)onthB of the International
Geopbysical Year. Izv. GAO 22 no. 1:10?-1:?2 160. (MIRA 13:12)
(Transit instrumentO (Photoelectric meauurements)

KHARIII, A.S.; MOROZ, G.V.
First results of tho observations of major planets with the
vertical circle of the Main Astronomical Observatory. Astron.
tsir. no.227:3-5 F 162. (KRA 16:1)
1. Glavnaya astronomicheskaya observatoriya AN UkrSSR.
(Planets-Observa-Uonsl,

KHARIN, A.S.
Study of errors of the eyepiece micrometer screw of the vertical
circle at the Main AstronDmical Observatory of the Ukrainian S.S.R.
Izv. Glav. astron. obser. AN USSR 5 no.1:42-46 163. (MIRA 16t6)
(Ukraine--Astronomical observations)

KWINI A.S.
(Catalog of declinations of stars under progriims, for zerath
telescopes in the F.K.4 system for the epoch ol ob!iervat1cn
and equinox 1950,01 Katalog sklonenil zvezd pr~.Crar~,a,
teleskopov v sisteme FK 4 dlia epokhi nablilidenlia I
denntviia 1950.0. Kiev, Akad. nauk URSR, J.96-'i. 99 ,,.
J-"-9~;

io74g-63 Z.VP(q)/EXT(a)/BDS--AFFTC/AgR,,:~JD
POM
N NR- AP3001-05T
P:jln-'OR: !-~-,,ashev Ye. P. (',-,OvoslMrok); l0i~rin, A. 'J.
A
ivicel hvdrome
Sinte-rimr in --himij!
into strip
-SOURC-E,: Foroshko-mye mtmllur,~irm,, no. 3, 1?53P ~9-103
TOPM, TTAGS: mal-ybdenum -mrrder. sintering, rl,~' I i ng,
shectf3
ABSTRACT: A Drodaction technique h-,,.s been de,;eloped for obtvinin,~, +,C Vh--S -k
hects m-asuring 110 v. 1,10
molybdemm s , 130 7 130. 100 x 1 0, %n'
Tne nroc,~ss incl,-,des 1) t'-- Production of ti,e
.3 and s ring of thc powd-2 rs in--o D,, x
'LlAClm--,3sCS Of 8-15 1-:-,4 and 3) roiliz-. ro*w-, :-z o~ t, cl~-
nrcduced by t',le two-star--
obl,~rn-inc( ")y
7~ Off, !no ly M-- ml S- rap
vr~r`,~ 1~ rcl --c-3.7
Ccrd 11/2

F'AIC
A', C CY mal I AP3001957
million nev'on/wal ; hij-mr pressares or thz u5c- of - ar pcrw,&3rs at t- urea -
"Ji
fir
employed promoted 3amination of the co=pacts. Me zrcen c,:~7,pactws %-crza oLn'tercd
for I ir at. 1075-1125C aad then for 2-3 -x at 1700-175C Tina sin tem-ft
billets had a-uniform,-fine--grained-struat -20 thou,,:xnd
5
density of 9-5-10-5 0/cm 1, ). 71%-1 bi:Ll-:-,';3 vmrc bcated to 1100-120,OC in a. hy-
droren, atmosphere and rolled (without preforCing) with a ID-15% reduction -u--r
pass Into sheets 1.5 to 3.5 = thick. 7.ic hot-rollcd sh3t, ware pickled in
molten potassium nitrate, aurf ace -condi tioned by [,--inding, --ond, after heatinz to
30C-I'-00C in air, rolled into stripsl t03 mthick. Eo 1c;nination, crac:,:ing, or
z--mture ims observed duri--l,,7 subsequ--it blanking ~nnd stam, Ori~-j. art. has:
7 'CZ610s.
ASSOCIATIOU: none
SUDN:IT-121): o4ja.-,62
SUB COIC': 00
DAM ACP.: 11,Tu163 E17CL: 00
NO FEF SOV: 003 OVIER: 001

--sw wlEw(k I /W-f4--ol 11W, wM5 TrVOU pf~;4- JV JIG
3 /0 12
~M AP3003448 9/63/000/007/0031/0031
AUTHORS: Ignashev, Ye. P'.; Kharin, A. U.
--1nterme-41ate:anneal1nFp r molybdonw.. wL~e
TIT LF. t -0
SOURCE: Metallovedeniye i termicheskaya 6%4botka metallov, no. T,
1963, 31
w i-r-e-- -annealing- - riolybdenum wire, bright annealing,
TOPIC TAGSt --- ----
ABSTRACT: Basic characteristic of fine molybdenum wire, used for..
-rqdio _ t %be spiralling, is elongation per unit length. The mechani-
~-~oaru hy hea
-.,;perti -txma-tment.
-----A-lithor6:1~es-tii~IX-oh76d--that;--brig:ht--r-acrystallizatI "nAn-n-e-aling---off
0.28 mm diameter wire assures a sufficiently high[tfi4 -uniform-elon-. -
gation after drawing to 100-30 microns and supplementary annealing.
Article contains a figure which E-hows the effect of annealing tem-
pez-a-vure for two heats on the elongation per unit. In the case of
heat A, the required elongation 6s attaintl on .1y at% an annealing
temperature of 1450-1540C. In the ease of hea,; B, this is not
-Iot carr"ed out. The
attained, if recrystallization annealing were i A.
'Card JA

L 12694,63.
ACCESSION NR: AP3003446
annealing was done by drawing the wire through a tubular hydrogen
furnace at a rate of 12-14 meters per minute. Oroig. art. has: I
figure.
ASSOCIATION: none
SUBMITTEDt 00 DATE ACQ.: 02Au&63 ENCL: 00
SUB CODE: ML NO REF SOV: 001 OTHER: 000

LITARIN, A.Y., (Moscow).
For efficient use of paper. Poligr. proiz. 4:13-14 J-p '53. (MLRA 6:6)
(ft inting industry)

KMIN,,,B.,inzh. (Leningrad)
I
Conference of young people. NO no.10:57 0 '5511- (JaRA 13:2)
(Leningrad--Power engineering)

KRARIN, B., inzh.
Following the initiative of Yaroslavl engineers. STO 2 no.11:
46-47 14 16o. (HIRA 13:11)
(Leningrad-Electric power plants)

M.-IRMI!, B. q inzh.
The TETZ standard design. NTO 3 nc*4:61 Ap 161. (~UIA 14:3)
(Electric power planto.)

"i I
. Inzh. (Lordi
. 2 S,
Greative achie-,,en-rints of dozigners. 111T0 3 no-1106 N161.
(MIRA 14: 10)
(Loningrad-Electric power plant)

-EWtIN 0 B. . inzh. .
Higher than the Eifffil Tower, Na stroi, Ros. 3 no.12:29-30 D 162.
(MIRA 16:2)
(Leningrad-Towers)

DANDERS, Ya.; YATSEVICHUS, I. [Jacevioius., I.]; GOLIDENBFXC A.; JHAAIN B.,
(G,I
inzh. (Le"rad); MOVA, N., inzh.; VINNIKOV, F. mol
MAMUTT, L~(Gomcll); BEILDEIZKIY, A. , starohiy inza, (pose Igra,
Udmurtskoy ASSR); CHERTETSOV, V.; OSIFOV, I.; SIHOT ININ, Mel.
Exchange of news and oxporienco. Izobr.i rats. no.4:25-26 Ap 162.
OUNA 15.-,4)
1. Sekretarl Respublikanskogo soveta Vsesoyuznogo o'zohchestya
izobrotateley i ratuionalizatorv, g. Riga (for Danders),
2. Glavnyy inzh. mezhdugorodnoy tolefonnoy atantsii., g. VilInYU3
(for Yatsevichus). 3. Predsedatell oblastnogo soveta Vsesoyuznogo
obahchestva izobretateley i ratsionalizdtorov g. Ufa (for
Golldenberg)- 4- Krayevoy sovet V3esoyuznogo obshchestva
izobretateley i ratsionalizatorov, g. Kiasnodar (fo:.- 1,10va).
5. Igrinskiy lespromkhoz kombinata IlUdmurtles", (for Beaderskiy).
6. Predsedatell Krasnoyarskogo krayevogo soveta Vsetoyu=ogo
obshchestva izobretateley i ratsionalizatorov (for .3irotinin).
(Technoloeleal innovations)

KRARIN, B.D.. lnzh.
Equipment for b-iring machines. Biul. tekh,, Inform. po stroi.
5 no.4:30 AP 159. (MIRA 12:8)
(Boring machinery)

KHARIN, B.D., inzh.
Using precast reinforced concrete in building therwel,betria power
plants. Biul. takh. inform. 4 no'4-.7-11 Ap 158. (KIBA 11:5)
Ollectric power plants) (;;;east concrete construction)

IGIARINI, B.D. zh.
~ -, iij
Construction of the scaffolds of fuel supr-ly systems in repions
with low seasonal temperatures. Elek.sta. 33 no.2:85 F 162.
(?.',IRA 15:3)
(Electric Dower Dlants)(Fuel)

B.D inzh,
Now developments in the mechanization of exploration work. Energ.
stroi. no.26:39-45-161. (MM 15:7)
1. Lenirgradskoye ~tde.*Oniye Vsesoyuznogo gosudarstvenno.go instituta
po proyektirovaniyu tepl&Oykh elektrostantsiy.
(Geological research-Equipment md supplies)

KHARIN, -Boris -Dmi-triyevichiL IVANOV-SKOBLIKOV, P. V. , red.; ZHITNIKOVA,
O.S., tekhn. red.
(Organization of the constraction of thermal electric Fower
plants]Organizataiia strottellatva teplovykh elektroatentsii.
Moskva, Gosenergoizdat, 1962. 242-p. (MIRA 16:2)
(Electric power plants)

CHERVYWOVA., A.F.; PLUMNIKOV., V.Kh.; GOPILLOV, Ya.,P.; SHERBAUM., L.M.;
KRYLOV, A.G.; SENTSOVA, Yu.Ye.; KHARIH. B.T.
Results of photographic observations of artificial satellites.
Biul.sta.opt.nabl. isk.sput.Zem. no.25:23-28 162. (MIRA, 15:7)
1. Nachallnik stantsii nablyudaniya iskusstvennykh sputnikov Zemli
Instituta astrofiziki AN Turkmenskoy SSR (for Chervyakova).
2. Nachallaik KharIkovskoy stantaii nablyudeniya iskusstvennykh
sputnikov Zemll (for Pluzhatkov). 3- Nachallnik stantsii
nablyudeniy iskusotvannykh oputnikov Zemli Gosudarstvenrogo
astronomicheskogo instituta im. F.K.Shternberga (for Gorelov).
4. Astronomicheskaya, observatoriya Kiyevskogo universiteta (for
Sherbaum). 5. Stantsiya Astronomicheakogo soveta AN SSSR (for
Krylov, Sentsova). 6. Nachalinik Tomskoy stantsii optichaskikh
nablyudeniy iskusetvannykh sputnikov Zemli (for Kharin).
(Artificial satellites-Tracking)

F.95-2 WT (I
~--&-96 - . ..
ACC NRi-11415020-,
.~95 LmTo ~ i
SOURCE: Ref. Mi. Isoledovaniye kosmicheskodo prostranstva, Abo. 8.62.li3
AUMOR: flarin, B-T.,.
TITIZ: Fbotometric observations of the Echo II satellite
N"k-~
CITFM SOURCE: Dokl. 3-y Sibi k. konferentsii po matem. I mckhan., 19191. "Alom3k,
Tomskiy un-t, 1991, 557---T)r)d-
TOPIC TAGS: satellite, satellite. pholtoMLphy, satellite reflective Characteristic.,
r,atellite tracidng camera
MINSTATION: By meanscC a HAFA-3RJ~5 of the Echo II satellite
40 negatives
were obtained in Totmk betwe~-n~ebrwry 6 and 111, lcA, in order to obi;erve the
bri3htness variation3 of the zatell1te. For this pirpose, selections were made of
up to 20 supportinZ stars with known stellar values and, takinj Into consideration
the differences in angular velocities - of- the satellite and the stars., eorrectiortz-
were introduced. The degree of the satellite's brightness did not var.,r during the
period of obaervations. The author deduces that the proceso of filling the balloon
was completed by Feb--wu7 1964.
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0
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