SCIENTIFIC ABSTRACT KHACHOYAN, G. - KHADZARAGOV, A.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000721630002-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

- - -7a,
1 119 A
I .

XHACHOYAN, G.; SUCHKOV. I.
Organizational work. of the city committee. Toen.znan. 36
no.5:21-22 14.v 160. '(MIU 13:4)
1. Zamestitel' pradnedatelya Taahkentskogo oblastnogo konitets
Dobrovollnogo obahchestva oodeyetviya armii. aviatsil A flotu
(for ]Chachoyan). 2. Starchiy instruktor oblastnogo koTAtsta
Dobrovollnogn obahchostva sodeyetviya armit, aviatali i flotu
(g.TashkentI.Qor Suchkov).
shkent Province-Ailitary education)

MM, B.Kh.; TARANOVp Ye.D.; prinimali uchastiye: ALEKSANDROVICH, L.B.;
GITARTS, G.M.; KLIBW, Yu,V.; NOSOVA., Ye.M.; REZE113IAT.,-I.M.;
UACHT)' A. 1.
Doexidati=-Apd alloying of acid electric steels in the ladle.
IZVO VY8,& UAeb. zav.; chern. met. 6 no-4:50-55 163. (,1-1IRA 16*5)
(Steel-Eloctrometallurgy)
I
a i
H,
g
Ix
1-;
9
1.
nj tj"S
Piliz, oil is
Ji
Z@l
C

A Is
a W
I b, A Is v so
A IF 11 A a L
,A I jL-
As, C-Cl r@oq
**A
Theory of reaystallLution proc~v. I Indeence of
the r4=06 Stractiato traoxformatiolls in SON pham. .2-
"It. ph". M-w i
j PAYS. 04M. (KAFVR. I
al. Russitiant,
.--TIW eattipa. of the Cu plusoic effects the utts"o(re.
0 0 4clicistel"itak", 11. Influence of the CGS plia" go struc.
ture trao0sorroadems at chromic exisle. %L A - Khach-
11"" -n rkl H. Orinsurst. Ibid. A'A MI(M M-71-Iti-
M-Al-111werhous Crt(N to hesolIVI i's it furnotiv the lefnlv@
4 wills Is riti-Ml 3 4' rr Injil., I IW trusts. I's .-I Clo h 00
ItIal to that A of the 1111110AV until In*ry-In.
j %lativo WIWI) F# ovittlak" Yt, 'the hish"i 1.1.1p. I- Al
0 whk-b ri - 17# wax RM-AN) In it high ViAeutins,A)s 415*
in 01, NXI-Mil" in IICI SM4. &50-lwlo@ in NO, .010 610-
11.10* in OAN oil I skins. A mixt. of nine No dn.1 little *h ago
witil as liner Qllh@ After rivi-r"Iti. Vr,(Ils unit evil had it a 00
6.37-A.314 A.. M' :it)', The -1. front tlw unit vli
st
aspecUlpyeriamr(rp. It dependson the water content of see
the CtYStA6. After W brit. heating at 12(01' the water ii
at"Ity glunin.11d4l. anti Al. A.21 Ji re4clust A(tvT2
firstling ill (WIFI' the %411114c till N.IjAiu"l @`; 11,41
Suit "1 -1, 4 SM
wee
&66,11LA tl&LLU4FGKAL Liffaii4al CILASUPICATtaft
wee
A I i IF .1-1-ir ito i I 1 04 a a 0 1 N 14 S is a 3 a PLO
Ti
U AV -0 as of ad *11 offfit I(INK16A Ilia do Ii
0 0 0 Ill 0 0 a 0 116 111 0 0 0 0 0 0 0 0 * a 0 0 0 4111 Wo 0 0 0 0 0 1:
6 00 go 0 0 0 0 0 0 0 0 0 0 0 0 Ole 0 0 0 ift 0 0 0 0 0 0

0 0 0 0 0 a 0 a 0 0 0 a 0 a * 0 0 9 110 a W a 9 a 0 -
i Is It #1 W I) too of k a to V 0 M a Is I/ a IN 0 of 48 0 4d ate
114 wit A I 1 4-8-1 -9 J-4-A-0 -
040 A coo 0000d 401 drring "pin must*. m. -00
A.- Kheekolookywor-A. G. R". and P. 11. 1 Oatill'thtnkip.
12. 4-4(19U). - llydrAtiom 4
NASA ofitifing trwooportAtiou W"i 6tocalt (X-tuts I)ft-*UIC
of abamptivin al atm. wo6tan. durbitt this ptiocc". the
001 Material become citylerood witloi a lourfwo crust witich hin-
.1fra further hydr%ttion. Hydratioul fly at)uwptwn 44
trookilture from the &tni. proceWs t4owly. DryinSL4NAr.@
**A 'A)o under slowly stul depmlson
irrap. and depth cof layer of mAttrial. The dried ml@t
SO& .00
layw bladers thir transfer W heul to the inner layffs an4
00.1 see
ndtks an e1lotilmled In the countercurratt nitchad 64 2*0
god drying in which the Inciamias and outgoing tetaps. of dor
00.7
00.3 material need not he ground; lumpi hAving a max. tire up
a6e
Iinmediato tepn. of tbv macerate Into 2 layers. 7he lower la@er was too
J I
SON discarded ,LrA the upper ls)ur wit Med with 11. CM the sept. see
CHC13 ext. was cioned. to dnueds in V3CU3 the reaiduJ reflzed twice with
500 c prtions of peroxide free Et 0 filtered the pulverized dry residue :300
ff dissolved in 500 cc of 95% AGH t4ated with a supension of 2W of freshly gee
I@1 pptd. Fe(C4i)3 in 5W cc H U the mixt atirred 1 hr filtered snd the go*
:1 jfiltrato treated ag tin with re(CH)) filtered and condd. to drvneve In 11141411
1101 vacuo at I& low tamp to yimld the active CaMiAc glycoside. to
&.114. A 811141.1.4146KAL 1.11184710dr! CLAISWCAINN
old-, t-1.1111
81 slaw sillosiva gee
4st -12*0
P to noon to * I r N 2 a a 3
U it if IQ An A I
0 11, R 1114"Aan lima Z@
0 0 0 0 010 0 0 0 0 0 0 0 0 0 0 6 0 * 0 0 9 0 Ibis * 0 0 0 0 0 0 0 0 0 0 0 * 0 0 0 0
ISO * 0 0 0 0 * 0 00 * a 006 # * so 0 0 * 6 0 0 0 0 gee 0 0 S, 0 0 0

C4,
The godemb "Noi" adnffb*d fis'
wft"IM Oposefoletwerd M. P
N
walei fraqie the whiqviti waters of Kvithalts, me Isatter *om
tho Itlark aft at ftAl. below front a drybetip book saw
The we (lako Rod 11116110,19 WMIW OPM 4 6M
I 'untiall dep.41. viere w1aw Oub "Ib"646.
1. 710selitt-wa
otlerial dally Until the Ce, conirnt of Ow mOtMUNt ONAd
use ro"t., lodbMilell vTtil. Then this MPWWAti&&t MOM
was saitlysird for P11. No. K. Md. Co. Cl. bulk NW "Cos.
The clays thas trfttnl we" subjected to leivieneft to WWI
bw earr" at 4. win. This was k4lowid by leaching
*TUNoI..NIW. Atilwatinetione
,be tiny with . the
muietan of %be p I clay irtut detil. 17 dry6w at too-
i lot. To obtain The true value 01 the al l 090414 ftume k
w agevesitry to dot. the vvi. of The cothas IN the oqu*.
.an. betol tier clay twiticks. To pt this vaho 11114
Vol. of the physically belti, will" which is wit a @W - t W
to be sottirartM hum 1160 total Vol. at 1100. sit" on
phrole"y b*M twitior depwa& am the vowit. at the WPIL
a.. own %no of wthwal water bad to be AN
this libys. water boy d4mil. the Cl tHer. Allow:41"thok-
.,III clay wet treat"I with 12, lot. of the 094. ask. OW
i41vrv4 her 310-41) WAU . c"4191,404, OW &I the Uh, t1ld 4-1
r4lars. was %kid. 'I%@ quantity of physically cow
Meet! 140 was raW. by the folloorbid squotboal
C4
lou r( r. : + I
a Z"i
x - Phtideaft inelablaw U4 14 I-Aw 6. of wr 46"
c"Cla, of Cl lifief The elpt.; or
- The 11#0 content of the clsyt lix1_110,
per
IW=tA dry clay. The gypsum water conigiged 12,ld Q,
A P Co"Wril 'i'llier Per )LOIS-Asir; the Block Oft
willor 7.13 sn), the Sosirk-avjb 1 a7 MI.; deep b,,W
wittler 19.76 in]. With them figures it we% poooW jq C&k.
tb* COMS'ks" of *4x*bW callous an the clay hkb cor.
tvtPftd to The *quit, conditions, Jib The talkout of the 4
of water s"Allraod. The* 4at4 our tre need In detc
(allrOOF Of IN481. in WhiCh lbir dA78 fOrMft 1. .1. felt

ait-coon Iteft"s "votig so" and mad M A. K hm7 It -
-vankJAN. "V10,110 I xffdm. 7, No. 6. 01 1641..
a NJOII U"J Wh. I" the ritins of 211. 1/1. 111 a. 112.
1/31. and 114.3 for Nt%#O/SW@ weir hrld Fur,fillvirn, time
Intrrvals lot M) and 7(Wl*, thrn djunivrd in fratcr. 11ti-I the
41tul,Ltmol was &td. to ell. the rale ni silicate fornution.
T"ble ITACtIM stopped after WYVMI Min, without vompirlinti.
Ft-rn for N'&,O/%0j - 1/1, a portion of the vand atul in
arn' lid not rrAd, The fate inctrawd
IT .11 h t I j 4" hNI'102 It Increased with truip.. but even &I
Q(Ol. 1 4 rea, 1. . not ctnuplete. The extect of sil"te
fairmstion was ten than the theoretical atnt. czwpt for sand
finer th" 0074 mm.; as the proportion of sand was In.
@rr4wd, the dWretim frt*trn the Iltrivrtiml and arinAl
k ifurs, IttrAme waaller, With suits) finer Min 111174 nint,
1'"' 0, om"on " P
I"
(or NavO/N% - 1/1,23, the theoretical and actiul curints
were attout The same. TIw diffcnree Iteltv"n actual and
I'
throreliml results was dur to The formation of a growing
film of N&,NOs m the amd which blu(Scird and ficully
dopped the diffusion oftbe N*011. Appm.eak-ris.shosrd
that Ibe Alm on quarts sand was rnA ovtr 0," mm, In
m*r to Wain IM% silkate formsIM, sand with train*
not over twice (he thickness of the Alm should be us--d. or
admists. (so-called acmirraton) shmid he added to cm.
vrrl The solid Alm into a low-ralling tuttrile. Addn, t4
X&OH to the batch sboul,l Octritrutr mrlt [its 4 1
V I " K.

4

000 6
000*00*00600044 #000
il
@W
10

1 $Ali 1 @
1 1111111illodfJ411 a 0 a 11 U 0 34 a b 9 a of 0
@
YAJ
LL
t
it 41 0 a
AR
A
4114111 AA,
I
1
it-
ev
4 4 0 11'.
A v#
1 - . @ I -- -1 - . .- - .
-00

A K"am., d 111 3-7 (1961).-Butk desv%ity (J.). vactliciornt of
Voluffortric contsom-ion (0). Romf polovity (rd were determit".
wins 70 1 12A x 2MILMM. lviqtwttn of Rmrmla and uWa-multate
'
6

1 ll to about 311) Its '!CV1.
rharvt@ I
, The bulk 41flutity IncreAwd
00 - 1@.,Ahrjv Piowlamurr(mvit lknof oils
00 a citualsont equal to 0. 11. Ahovv :011 kit ,rm 1. the inrrrAw in
00 S " bulk drnolty was levot mind a berasne " than 1) 11. Valurv of .00

0 of.. Lt. sful ri 0. T calculated (or prrmum up to jUl kff /CMA
l
-
01110 Up to about 2XI Ittf./mO, d. increagoord ahmplv. but alutyr thoo 00
jj lore ofte the Issorr"oe W" mallory; lhe curvr for pooffmily Wout .
anAlornm It"tance to cornprrssion (1/0) inerrm"I dirrelly 400

0*4 with pfe"Um 14ovisoll 7 was aho dettfinin"I toy esswiling aft 1:111,110
Irmn the pom with C0s &M jth@rtjinir the IM In K01f. Cal-
4114111.
00, cmIAted somAtitporrhmmisivuluessict" wilhln3 lob". ChArting i? C*s

0
004
0 d forloluett" into the glammmorlt cmu@,l "m4lemllir rNmAution of

1
16
RIIOR
0 @ RA. evastaloving Pouch COR. TIte pmwore of C(h pmcvftl4 In""
'
'
4,09
%
jsCf)s-vlfv0 + Ckh - 2NWIC(h 4- (a - 101yo. o1w Cog twins . 1

*
04 d
4 At"mW firum the stmospherv. Thi% frOortion k jur@ihlr imly in ': e 0
the lworiorme of moiiture. and the rair of reaction clettemls ulum intio*
the slurmlinn olespomulvol MmeCh-oll'o I-) 1he AIM41q)hrm
00
00 Is z K
41

Alto %ta .11AMN&KAt m(EMM CLAWKATION

0
a;7 too., 11.00
Ar

A., Ac,
R; Wi, Ad, A 11
. " -
1
71 Al 11 IF jj a
'
, *
,
. ; "
!- 0
* 0 9 0 0 All 0 0 0 0 6 . . . . . . 0 0 0 0 0 411 0 111 0 a 0
0 0
9
. .
* a 4
A
00 0 0 0 0 si 0 411t 4 0 0 4 41 0 0 0 0 0 0 4 0 0!

Thermal
;@AM;@Y FIX ".T.'d f,% 11
e., 11t15 IM
oda batch briqttette.4 stored In the sit, crystallization of NaHC09
it 0, from the Lit tAkm place. Such briquettes cause kaming on
a But the same briquettes do not cause fo.
aming If they have
n st@rtdofor 1-2 days after preparatiun before being tested- To clear this up,
@xpts. were cirriedl out with briquatted and Incas Kda batches of the save comp.
n pots. No accoletation of the melting process with brkluettes was observed.
The fining time of glass melted from briquettes that W been stored in the air (i.e.
leariLdning Nal(Coj was 1-1.5 hr (Ls 130% of the time required for melting).
It is concluded from this that briquoites j@@ at c. 1.420 lb/sq. tn. do not accelersta
melting. This wat confirmed by other Russian authom MIA on the changes4a
pormity dating ineesing show that at 1.420 lb/sq. In. the porosity is reduced only
by 30% In comparison to the loom batch. Probably such a small reduction Is not
sufficient. for any noticeable increaft of contAct surface of the nacting components.
In addition, during bcating of the glass batch the carbonates docomrvea and eMve.
COjwhkh leads to a porosity increase. Temps. In the briquetted and loose batches,
am distributed In exactly the tame way, so that the rates of "action will also be the'
same@ Thetbermal7ropetticsoftheglass
.y melt do Dot differ from those of the batch.
It is Concluded that briquettes of tx shape of small sins (I or I of the ncrinal
brick) am most suitable for blancht-Marging, since they give the highest p"ng
density. (2 Op., I table.)
unra I/ I
U
ACC NRi-XV7006020 JaCE-CODRi- 1/0203A6/006/005/0923/0922
AUTHOR: Kaminer, N. S.; Khadakl=ova- T.
ORG: Institute of Torrost=ri'Yjko-ftu-m,-tho Ionouphoro and Radio Wave ProliiCatio'l,-
iAN SSSR (Institut zomnoCo magnotizma, ionoufory i rasprostranoniya radiovoln All SSSR)
TITIZ: Annual variations of the Cosmic ray neutron Component and the temperature
effect
SOURCE: Goomagnetizm i aeronomiya, v.*6, no- 5, 1966, 921-922
!TOPIC TAGS: solar activity, Cosmic radiation, atmospheric temperature
iABSTRACT: In a recent study (N. P. Chirkov, Geomagnetizm i Aeronomiya, 6
,.No. 5, 920, 1966) it is stated that the annual intensity Wave detected
- @Vr
!in the neutron component Of Cbs@.IC r , can 'no caused by anisotropy of -1
prinary radiation and not by a coiltribution of the atmospheric tempera-
turo effect. It also is noted that the difforence between the experi-
imental and theoretical values of the I-emperaLuro effect in the neutron
;co.-nponent decroascd fro
-.a 1957 to 1962, that ia, with a decrease of solar@
;activity. Accordingly, Chirkov Cites argwicnL3 to the effect that the
annual wave can ariso due to the presence in interplanetary space of a
:Cos,-nc ray density gradient relative to the plane of the solar equator**,
.7he purpose of the communication c3,ted below is to emphasize that Chir-.
,kov's arguments do not exclude the po33ibility of a temperature effect
inthe neutron component. Facts are presented confirming the presence
'of such a temperature effect. The s.)asonal chango of intensity in the
ilaiddle latitudes is @-v 0-3%- The GCa3onal change of..intenoity caused i
1by the humidity effect attains vO@15%, that is on@iy half the abovo
value. [JPRS: 38,9371
ISUB CODE: 03, 04- / SUBM DATE: 14May66 ORIG REF: 006 / OTIf REF: 002
Card JA UDC: 52 .165

WINER, N.S.; ILGACH, S.F.; MADAKIIANOVA? T.S.
Temperature effoot of the neutron component of cosmic rays in
a period of high solar aetivity. Goomag. i aer. 4 no.5t946-947
3-0 164. (MIRA 17M)
1. Institut seinnogo magnetizme, ionoafery i rasprostraneniya radio-
voLn All SSSR i Irkutskiy gosudarstvennyy universitet imeni Zhdanova.

I Z!32 I I.,
@ @. I . . I @ -1 -. '. @ I 1 1, *--- - I -
- - - - I - --- . --l I ,-iN -% 1 @ v @- I , @ ft- r r rm in- c t
. . I . . @. I @, I . I .

MJMYANTMff, G.K., redaktar.; BMISM, M-4 redaktor; XffAFZUY1U-,--M-,
redm*tor; KROTOV, YbA.. redaktor; RAZUKOT, I.M., redaktar;
XHADALOT P.I,,, redaktor; SHNIPIM, R.I., redektor; AKUNOT,
o':h-oskly radaktor.
(Studies an the production forces of the Bur7at-Mongolian
Haterialy po Isuchanilu proisvoditellnykh all
Burlat Mongollskoi AM. Ul"-Uds, Buriat-Mongallskee kn-vo.
nowl. 1954. 425 p. ()(WA 9:5)
(Buryst-HongolljL-1conomic geography)

USSR/Farm Animals - &=11 Horned Cattle.
f1-3
Abs Jour MX Zhur - Biol., No 18, 1953, 03407
Author
Inrt All-Union Scientific Roccarch Institute of Sheep and Goat
Husbandry.
Title Effects of Various FcccUnG Levels in Pregnant Rves upon
Wool Yields,and Sheep IN-o[;ony.
OriG Pub : Byul. nauchno-tekhn. inforu, Vses, n.-i. in-t ovtsovodstva
i kozovodstva., 1956 (1957), 110 3 (25), 138-146.
Abstract : The first group of pro@@nant Soviet nerino owes receivcd
0.07 ko of feed units, 107.2 GT of albtmiin, 136.3 gr of
protein, 10%16 (,T of Ca, 2.95 Cx of P; the second C;rotip
received, respectively: 1,05, 134,9, 17i*g, 12.9, and
3.71; and the third GToup received, respectively: 1.17,
148.f), 186.o, 13-09, anal 4.1. In the first group 12 twins
Card 1/2
USSR Farm Animals. Smail Horned Stobki
Abs Xour: Ref Zhur-Biol., No 23, 1958, 105715.
Author Khadanovioh. I,- V.
rV,
Inst Vor 6 en.
Title Fattening of Sheep in the Kol-khozes of Stravo-
pollye by Pasturing and 14intortimo Feeding.
Orig Pub: Ovtsevodstvo, 1956, No 9, 36-39-
Abstract: The article deals viith the utilization of past-
ures and veys of grazing the sheop and v;ith the
oxpodiont organization of wintertime fattening.

ZAMALIN, Vladimir Samsonovich; EYDELIMM, B.I., red.;-EW
4SEVICH,
Yu.G mlad. red.; GERASIMOVA, Ye.S. y tekhn.
(Planning standardization and normaliza'Lion] Planirovenie
standartizataii i normalizataii. Moskva, Izd-vo "Ekonomikay"
1964. 197 p. (MIRA 17:3)

GREDITOR, M.A.; HXIFENKIN, V.I.; IOFFT-:, 1.S.;
red.; XBOASEWIC11, Yu.G., miad. red.
[Mechanization and automation
tion of work] Mekhanizatsila
vodntva; organi%atsiia rabot.
214 P.
of peoduction; organiza-
avtorLatizatjjla proiz-
Ekonomlka, 1964.
18:1)

HOMER,, Karl-Peter
Spectra of' normal operators. DrkI, A3 157 no. 2j2R/,-287
JI 164. (1@111A 17:7)
1. Predstavleno alademikom P.S.flcviko,,Ym.

K'HADR,Y,,-l'iy 17. A.
Talipov, Sh. T. @-d @` Je-,@ev, V. A. "Phynico-chemic@tl arluly.:1.3 of
lir"llytic..1 iriportancb. llhe sy-Aer BaF2-KF-ll.,O at 25 nau;.
U@,@,'R, n1,8, 110. '15-102, (Ileourie'.Iri llzfs.@k), - BIbli%i': I'
J
SO: U-30/,2, 11- I'arch 53, (Letopis Iny",".h Statey, No. 10, 1':,/j9).

TALIPOV, Sh.T.; IMMIN. V.A.
Physicochemical analysis of ternary aqueous solutions consisting
of alkaline earth and magnesium fluorides and alkali metal fluo-
rides. Ternary systems Mg? - 17 - ko and Kd2 ITaF -- T
-0. KLRA 9 :5
at 200. Trudy SLGU no.15:8 -100 15
(Fluorides) (Solution (Chemistry))
MM

Pilydochom" #Adyak af@twwy aqvow symem ot
_11h. T.-T= arA V. A, Khaderv (Ctutnd AAm st4t,
vair T tP Zkiv (*Ahd'Kh-- 0 Cars Chem )
jo. ifi-VAlosin'.. J. CAM. U-@i.s.k 20: swil
(Nallf. Im"llon),-The trnwn- system were inv"II.
led %asialrdwx %Aid. I". ftod act residues 4crard.
f 45chreinvowlim method all lit :31 No,kmtk
solis at OAW WW. arv homd III tither my%tesn'. The vAv.
of We In KV and in W wu 4cid. III amocus. of vi"h
foodcle up to 0.3 Af. Thr espd. rvmll- Aim wclJ with
thom prrdk-wd by the 11thyr-Ittickel th"wy in its'.Iml Ap.
mp". (AM I mv. r"P.: 11.0, V-TJ X 10 L(07 X 11)
4.30 X 111-'; 6.1111 X ill -0 1 OU X IIV 1; 0. 11101. 7.5 X
III-#; U.MO),2.JIX 10-4. 1@;'vaJuv*fjbt*Iued1trIbeW),.
lo#PbV IoNalraft"fla. U. TorawyapolongticF,
KF@iA' Md W0941-1W. 1W. --WA-S. dbit
mlu or OdW Was. are famW in either system. The dia-
garms being q"Histlittly bleal"I with thm. for the com,
opwdingfMcompda. My.a1SrF,wassIudkAstco(Ku*.
I.Nap tMIKIPUPIU0.01.11.
And SWoody. (All Are. ewsp.: mm, WtU X to-; 1.9uS
11), 0. 4.61 X Ill"; 3.91K) X 10-1. 2.(Nl X 10 '1; G.tm x
10 '1, 9.3 X 11) 0; I.OW X III 1. 5 1) X 10 -1. I)aIA (J@
filifIeff Wilk XF Are WmAir. Anh) %fdkr

IN IMM
a
4f@oZrw immi aswi Said
-d MW IN" Timm, -
swift Jew L@1=1 @ qM"wwljfw d w.
A V..A,4( r. C". VUR. 100.
laoth"M at XS* an
XF at KV coacn. up to
d"bormis"d for the 11 Fewas srvm-
0-00", aed lkpg-N&F-HOQ at -NaF up to 0,01M. No
cceapounds at wIxed crystals aft Ibrowd. The solubility of SIF
u*aq.KF*rN&Fis&ccurzt*lynpi led by the Lsrb)v-llikJ
formula for IM activity coefL Tho a-Awbdityo@(L.SrFl in H,O at
25 is 0 62 x 10 -4 #,=a&. pa L SALrIMARSX.

I.M. .1-M.

d.LL-

MEN
@-y
A
v
with t dvippirg r @@rctlr y I te.,
'bismuth cathG(lic currcot@ or ,it oli)V
J- "5 V, ropmjhAy (jigIme alludw wrt'n1j, wal!
0.6 ea O'j,v KI )it
at c mcn. 41-1 Al H Ili- I. Oity in i)igi,
11, vr@@ k 7.11, t @, N.. I and
SISI III LA I I jll@ ,I, I IW,Tf@- @ 1"'t I,;
5 N If N, r m t,
'mi'l-wt,fily 111, p, , I
OWSO. Cd CX. lit'lit t,@ @0,,.oq

7-

V927. Am CW
VA=. with
Xhl, Valid

shows Nti jx'tarngraphl@ The first is '"il
drined ard 1134 A ILAV i6vL I)otcatial Vs.
of 0,470 V in O'lAfv hun) n--t-t-tte. And tFulo v if,
eq. M N11. %illu@ Tht. half-wavo Potentials of the
Iliv
amefrometric determination vi Cu with rnl@anic
acid can tv carrifij out at 0@3 V, Utp amot;nts
of SO.", NO,% acttAte' Zri. 111), A), Cd or hill have
no effCci. on the titrafiwl. Large amounts of Ci'
nterfere. Small ainow-u of Co, NI And Cr do not
riterfert. lons of Fell And Fell' ate harmful, but
-W "I M-Caa be-tolerated if jWt enough
-
- -e@
i
I
t
m
o
s
mlelr, To det,runint
tr
a in brim, 0-2 1; ts dissolved In I
HNO,, 10 nil of water are added
to lemove oxides of N, 2 N NaOH is lidded until
the soln. is slightly acid, then the soln, is made up
to 2M nil and 25 HII aM taken. To determine Cut
in durflumin, I g iq disv&cd in 10 nil of 20 per cent.
Na(jI 1, 30 M1 rif I fso, (I @ n) and 6 ml of Conc.
JINO, arc added, aild t!, ulri. ;' N,drd to dim@,Jve
tht C4, Sulijim _d,l,d until 3 ckudi-
n,. iLo nil ;&nil
.A Lhv win is Up W
1te taken a r,@O 5'diurn a"t'Itt
25 Ill.
.
soln. is 3(ld(A 141 give a O'l to 1 31 SOIll. and
methyk-ne tllic al lna'x@ WWI d@'f7d-
umin. .9@5 ml 0 tArtralk- (C"licri. not e'M-n) i'l
added'@ ()Xyg@ I is lrolwved by Ow pa@".'ge (A It
and the Cu 19 itfAted at O@3 V ksithl ful'c"ic 0"
(couzn. nut ql@s vd) ilt acOw llnhYdM1c. in whi(rh it
J,, frore Nil, And rnot@ qt,O)Ie t1lan in ctl1inut.

@4
Category: USSR/Analytical Chemistry - Analysis of inorganic G-2
substances.
Abs Jour: Referat Zhur-Khimiya, No 9, 1957, 30979
Author Zhdanov A. K., Khadeyev V. A., YAkritakaya Ye. K.
Inst not given
Title Aitperometric Titration of Cadmium with Potassium Iodide in the
Presence of Excess Pyramidon
Orig Pub: Zarod. laboratoriya, 1956, 22, No 11, 12B6-1291
Abstract: Reaction of Cd@4' with pyTamidon (I) in the presence of I is
utilized for direct amperometric titration of Cd-14 with a solu-
tion of KI; optimal conditions of titration: concentration ob
I exceeding that of Cd,;"'by 5-10 times. pH of analyzed solu--!
tion prior to addition of I vithin 2-5 (aciclity of solution is
conveniently ascertained with methyl orange), concentration of
Cd at least 0.002 M; titration is not interferea vith by large
+
amounts of 74a Ma-'11 Ni."', Col@', WH#_,S04 NOj CH.?COO
Card : 1/2
Card : 2/2 -19-
rHA VA.; ZEWOV9 A.K., otvwt#tv*=yy red.; AMUFATWp A., red,
RAMM, Aes takha, red,
Cqja@tjone on the theory of vVeromtriol Nekotorys Yoprosy teoril
a*erowtriohes1cogo wtoda t1trovaniiae *eTaD, 12d-TO XfGT&wk06O'
univ. 1957. 1@7 P. (Ushkaut.'Uni4ersitet, Tray Bredneasiat"!wn
gonadarstye=ogo unlversitsta# no*92, Zhimicheakie naWdg uoulf
(Oonduatometrio analysis) (KEU 1116)

Amparomstric, conductometric, photometric, and radiometric t1tratlon
by- precipitation. Izv. All Uz. SSR. Ser. khim. nauk. no.3:29-43 '57.
(MIRA 11:9)
(TItration)

KRDEYEV, V.A.
1, - - -
Dew means for determining from tho experimental titration curve
the end point titration, solubility of the formed product, and other
factors. Izv, AN. Uz. Ser. khim. nauk no.4-55-66 157. (14IRA 11:9)
(Titration) (Chemistry, Physical and theoretical)

/ f /-"@ A D E",7* @ /!V. Ij ,
AUTHOR: Zhdanovt A. K.p Khadeyev, V. A., @5-6-5/27@
Khalilova, V. Kh.
TITLE: The Ammetric Titration of Bismuth With Potassium Iodide in the
Presence of Pyrami don (Amperomo t riche skoy e titrovaniye vismuta
yodidom kaliya v prisutstvii piramidona). '
PERIODICAL: Zhurnal Analiticheskoy Khimii, 1957, Vol. 12, 11r 6,
pp. 695-69a (USSR)
ABSTRACT: The possibility of an ammetric titration of bismuth in strong
acid solutions in the presence of surplus pyramid,on with
potassium iodide is shown. With this reaction a compound of
bismuthito tetraiodide is formed. The titration was carried
out by means of an ord.nary polaroLraph with a dropping
mercury electrode. The presence of zinc-, manganese, nickel-,
cobalt-,-Iron-, aluminum- and magnasium-ions in the bismuth-
solution to be titrated does not disturb the determination
of bismuth, even if their concentration exceeds 50 to 100
times the value of the bismuth concentration. Only lead-ions
act disturbingly on the titration. Ecen 60 times higher
concentrations of sulphates, nitrates, chlorides, phosphates
Card 1/2 and acetates have no disturbing effect on the titration.
Th,e Ammetric Titration of Bismuth With Potassium Iodide in the 76-6--J/2-'
Presence of Pyramidon
The method of titration of bismuth was also tried out with
synthetic mixtures of cadmium and bismuth.
There are I tables, and 3 references.. 3 of which are Slavic.,
ASSOCIATION: Central Asian University imeni V. 1. Lenin, Tashkent
(Sredneaziatskiy universitet im. V. I. Lenina, Tashkent).
SUBMITTED: October 18, 1956
AVAILABLE: Library of Congress
1. Bismuth-Ammetric titration
3. Pyramidon-Applications
2. Potassium iodide-Applications
Card 2/2

SOV./l 37-- 58-11-2 38013
Translation from: Referativnyy zhurnal. Metallurgiya, 1958, Nr 11, p Z76 (USSR)
AUTHORS: Zhddnov, A. K., Khadeyev, V. A, Kats, A. L.
TITLE: Amperometric Titration of Trivdlent Iron With Ascorbic Acid and
Sodium Versenate B (Amperometricheskoye titrovi;fiiye trelthvalent--
nogo zheleza askorbinovoy kislotoy i trilonom B)
PERIODICAL: Uzb. khim. zh., 1958, Nr 1, pp ZT-34
ABSTRACT: More precise procedures are given for titrating Fe3+ with ascorbic
acid (1) and sodium versenate B (II). The experiments were carried
out on an ordinary visual polarographic apparatus with a revolving Pt
microelectrode. It is shown that. the titration of Fe3+ with I can be
carried out within a broad range of acidity up to pH @ 0. The optimum
concentration of acid is 0.28 - I mole/liter. The lowest rate at which
equilibrium is attained was observed close to the point of equivalence.
The presence of air 02 has no effect on the results of titration of Fe3+
with 1. Small amounts oi Fe t.itrate better than large amounts, The
optimum condition leading to the titration of Fe3+ with 11 is an acidity
of 0. 1 mole/liter HCl, overraf,ed results are produced at a highex-'@,,.@
Card 1/2 acidity. Titration of small amounts of Fe is best done in the presencie'
V6t'

SOV/137-58 -1 1 --3808
Amperometric Titration of Trivalent Iron With Ascorbic Acid and (cont.)
cl dr, acetate buffer. A study of the effect of foreign ions showed that the rest;'P.i -,i
*.@-e i'trat@on of Fe are affected by Ni and Cu and impeded by Zn and Cd only wher
e-i- amount is 10-20 times higher than the Fe contents. A comparison is made
It!:%veen the ascorbic acid and the chelatometric rne@hods of the titration cf Fe as 'o
-.hcir precision, reproducibility, and selectivity, as well as speed and convenience.
Y11.
G-,,-d 212

KH&lxyzv, V.A.; NIKURASHINA, A.G.
Amperometric titrations of lead in the met-up vith rotating
platinum microolectrods. Usb. khim. shur. no.2:11-20 158.
(MIR& 11:8)
I.Sredneasiatskijr goo.universitat im. V.I. Lenina.
(Lead) (Conductometric analysis)

KHADZYNV. V.A.; ZHDAHOV, A.K.
Amperometic titrqktion method for determining copper and zinc In brass
and bronze type alloys. Usb. khim. shur. no-3:57-63 158.
(MIRA 11:9)
1.5redneaziatski.v gosuderstvennvy universitet im. V.I. Lenina.
I (Copper) (Zinc)' (Conductometric analysis)

5W
AUTHORS: Zhdanov, A. K., Khadeyev, V. A., SOV/75-13-6-7/21
Mirzabekov, F. M.
TITLEt A Simplified Diaphragm Method of Internal Electrolysis
(Uproshchennyy diafragmennyy metod vnutrennego elektroliza)
PERIODICALt Zhurnal analiticheskoy khimi-L, 1958, Vol 13, Nr 6, pp 661-663
(USSR)
ABSTRACT: In the internal electrolysis methods with diaphragm are used
very rarely since there are many apparatus necessary and the
process of electrolysis requires a long time because of the
high electric resistance of the electrolyzer. The authors of
the present paper have devised a method with diaphragm that
permits a sufficiently quick separation of medium and. large
quantities of metals, and thus eliminates the most consider-
able disadvantage of this method. In order to accelerate
the separation of the metal a coarady poro,;s glass diaphragm
Nr I was used, the introduction of which into the electrolyzer
doe@ not cause any considerablo incraase in the electric
resistance. The penetration of the catholyte into the arode
space is avoided by producing R slight-.flow of the aiiolyte
Card 1/3 against the catholyte. Th-'s measure is only necessa--y during

A Simplified Diaphragm Method of Internal Electrolysis SOV/75-13-06-7/21
the first 10 - 15 minutes of the electrolysis, as long as
the main quantity of the metal to be determined separates
from the solution. After this period a possible mixing of
the solutions is no more dangerous because in view of' the
low ooncentration of the metal to be determined no cementla-
tion takes place any longer. The apparatus used are illuBtra-
ted in the paper and described in detail. The operational
method of this apparatus is also described in detail. As
an example, copper was separated at a platinum wire-gauze
cathode. Solutions of KCI and KNO 3were used as anolytes.
It was found that the method described permits the sl3paration
of medium and even large amounts of copper. In the use of
zinc or an iron anode, which is immersing into a saturated
KC1 solution the dissolution of the anode took place slowly
and wJthout noticeable gas formation. When using an aluminum
anode, intense dissolution of the anode occurred under separa-
tion of considerable hydrogen quantities. In order to prevent
the anolyte from being expelled from the anode space by the
escaping gas, which would cause an interruption of the current,
Card 2/3 a spherical enlargement is provided for the reception of the

A Simplified Diaphragm Method of Internal Electrolysis SOV/175-13-6-7/21
developed gas. In further experiments it was proved that
the presence of iron in the form of ferrous sulfate even in
double quantity does not affect the results of copper
determination. Instead of potassium chloride also other
alkali metal salts can be used as anolyte. The applicability
of this method was tested by analyses of copper alloys which
yielded very satisfactory results. There are 1 figure, 2
tables, and 3 Soviet references.
ASSOCIATION3 Sredneaziatskiy gosudarstven.Vy universitet im. V. :[. Lenina,
Tashkent (Tashkent Centrul Asian State University imeni
V. I. Lenin)
SUBMITTEDi May 29, 1957
Card 3/3

AUTHORS: Zhdanov, A. K., Khadeyevy 11. 32-2-4/6o
jm,oiseyeva, 33- P.
TITLE: The Amperometric Titration of Cobalt With Potassium Ferric
Cyanide with Rotatin.,-, flicro-Platiri@i_- Electrode
(Ampero,metriclicakoye titrcvaniye lkoballta ferritsianido.-i
kaliya na ustanovke s vrachchayushchit.-.sya platinovyn
mikroelektrodon)
PERIODICAL: Zavodskaya Laboratoriya, 1958, Vol. 24, Nr 2, PP. 137-140
U -j sm
ABSTRACT: The experimental conditions of the method mentioned in the
title were inve@itieat,@d and the authors found that lip to
O'l - 0' 0615 mo of cob-.lt ca.. be titrated with sufficient
exactness. The presence of other anions does not disturb
titration, as can be seen from a table, even w'ien it is
presentto the 50 - loo f@A! concentration of cobalt, Also
the action of other metal ions was studied and it was found
that by --,cans of the addition of tartaric acid as complex
forner the parl.ir-1 precipitation of nic'-el irith ferric
Card 1/ r2 cyanide (at nicl,:@.@l concentrations amountinl- to more than the
The Amp(zroretric Titration
Of Cob"'t rric,
Cyan,it,.e Witt, Rotatin,- 1,11icro-plrLti..,
..'I Electrodo -2 - 4,,16 o
50-fold Of t'Mt Of cob-,it) is made iMP03sible a,,,d that it
21rMitS the presence of an amount of , r up to 10-times
as jreat, an well as of an a:@()Unt of i o)) S +
ron and chromium of
u,') to "o t'..!03 'It :7111ch. Tho adlitiol,,
Pos@;iblc a titration in t"c nrcoc,,C, Of citri, acid makes
load (159-fOlLl) and bis-@jjtjj (00-f, _ Of Z;rcater amoutnts of
Q cOn SO(lillm"11-foaalicylate
proved t,) @e a ,O()u, l,j).
@1OX formor for- iron an"d other metals,
v7M10 chmjiu.,, With ammiionill-aperculf ate can be Oxidized to
dichro;,-,ate, On *ch Occ,"Zion cobalt ca! not be oxidized.
Chror,,:.tc_, an well as Zinc- an,! cadmin,-,j 'ion.@; -
t.'-,@ cobalt titratioll. Theicare 1 fj,- `_O riot disturb
rcfcrences, 3 Of which are Slavic. ure, 3 tables, and 6
ASSOCTATI0-:: Central Asian State University i@-,cni V. I. Lenin
(Sradneaziatokiy,-
Lerina) ,I'Osudarstvennyy tiniversitet irieni V.
AVAILABLE: Library of ConL;ress
1. Cobalt-Det(J-@_71inatiO'i
Card 2/2 3. Titration
2. Potassi= ferric cyanide-Appii
cations

XMMV, V.A.; OKDIDVA, T&.I.
Iffect of dissolved oxygen on the results of amperometric titrations.
Trudy SAGU no.134:23-41 158. (MMA 12:4)
(Conduotometric analysis) (Oxygen)

KffArZYNV, V.A.
Methods for the determination of the ond point of amperometrie
titration and the diffusion current conotant, applicable in some
particular Instances. Uzb. khim. zhur. no.2:27-35 159.
(MIRA 12:7)
l.Sradnea21atakiy goo. universitat im. V.Io Lenina,
(Conductometric analysis)

L.A.
1
k erometric titration of copper, palladium, and cobalt with
2 -nitroso- /5 -naphthol using of rotating tantalum electrode.
Uzb. khim. zhur. no.3:24-33 '59. (MIRA 12:9)
l.SrPdneaziatsk17 goB.univorsitet im. V.I. Lenina.
(Conductomstric analysis) (Naphthol)

KWMV, V.A.; (BELICHBNKO. P.P.
Possibility of using a tantalum ricroolectroda in ailperometr7.
Dokl.AH Us.SSR.-no.6:31-32 '59. (Mia 12:9)
1. Sradneaziat ski7 osunivervitat im. V.I.Lanina. Prodstavlano
akademikom Ali UtS S.YuJunusovy&
(Electrodes) (Conductometric analysis)
"J"

ZHDANOV. A.K.; KHADEYEV, V.A., SHMAMUMVA, T.B.
Amperometric titration of microgram amounts of copper. Zav.
lab. 25 no-9:1036-1039 159. (143A 13:1)
1. Bradneaslatskiy gosudaretvennyy universitet im. V.I.Lenina.
(Copper--Anal.vais)
P,

5
AUTHORSt Zhdanov, A. K., Khadeyev, V. A., SOV/75-14-3-23/29
Yakovenko, G. D-.
TITLE: Ammetric Determination of Cobalt by Means of an Iodometric
Method on a Rotating Platinum Micro Electrode
(Amperometricheskoye opredeleniye kobal'ta yodometricheskim
metodom a vrashchayushchimaya platinovym mikroelektrodom)
PERIODICAL: Zhurnal analiticheakoy khimii, 1959, Vol 14, Nr 3,
PP 367-369 (USSR)
ABSTRACT: Recently (Ref 1) an iodometric method for the determination
of cobalt In ammoniacal medium was suggested where no partial
oxidation of cobalt by atmospheric oxygen takes-place. This
suggestion was further developed by the authors on the basis
of a device previously described with rotating micro electrode
(Ref 2) in which connection the endpoint of the titration is
determined ammetrically. Since the reaction proceeds too
slowly when the excess iodine is missing, iodine is added In
excess and titrated back with sodium arsenite. Table I shows
the average values of an analysis series, table 2 the small
influence exercised by foreign anions and cations, There are
Card 1/2 2 tables and 2 references, 1 of which is Soviet.

Ammetric Determination of -Cobalt by Means of an SOY/75-14-3-23/29
Iodometric Method on a Rotating Platinum Micro Electrode
ASSOCIATIONs Sredneaziatskiy gosudaretvennyy universitet im. V. 1. Lenina
Tashkent @'CamUiLpAU-J StAte University imeni V. 1. Lenin,
Tashkent)
SUBMITTEDi March 18, 1958
Card 2/2

5(2)
AUTHORS: Khadeyev, V. A., Nikarashina, A. G. OOV/32-25-.3-8/62
TITLEt Determinations of Lead According to the Anodic Ammetric Method
(Opredeleniye avintsa anodnym amperometricheskim metodom)
PLRIODICAL: Zavodskaja Laboratoriya, 1959, Vol 25, Nr 3, pp 283 - 285
(USSR)
ABSTRACT: An anodic-ammetric method is described according to which lead
is titrated with potassium bichromate. It i3 based on the
formation of a polarographic current which forms due to the
oxidation of the lead-ions to lead oxide cn the Pt-microanode.
A titration at pH