SCIENTIFIC ABSTRACT TUKH, I.I. - TUKHVATULLIN, G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001757410010-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

TUKH, I. I.
wo
Cold revair of tank fuxuaces. Btek,i ker. 10 no,10:20-21 0 '33.
(ML&A 6:10)
(Furnaces)

I to it a 11 M is it to If H an UU141#16V60641 Ila* 4
-
w
010,~tiut$ M#40111 -V4 I
0
&

Fomat6a al WOW iy ol'gks&
.5likloiKeram.,719121(1951)).-Acitatigetivrrto
00 a mori tii~rent Aus can be made during operation without
00 a changing the glassmelt and cleaning the tank. 'Me charge was -00.
changed several than without draining the gL-L-; FcO, in sand .00
VMS reduced train 023 to J.10%, in dolomite from OM to 0.32% .00
1
And from OA2 to OBS%. and in limestone from 02 to OM~,' , wul
A Aral sulfitte was replaced with thenardite. This feul(ed fit a
0* 4 gradual Increase of transparency from 78 to 94.7f, (based an a
10-mm. layer) without Increasiull the numW )(bubbk,%, When
changing the compomition of the charge, one compofwnt was ut
oo
c
once "completely rrpLict-A by another. Cullet from the same
furnace, of a new compositlun, was used and was r"lucrel to if) (a 319 0
12',4~ because there was not enough. The temperature cond it Ions 006 i
Were not cbanited until the lowest viwasity of the glam was ob.
-vrved an the machines; then the temperature was changed dur-
ing 1-2 shifts (10 to 15 hr.) uniformly along the furnace length, Cool
without changlas the tempemture curve. 11w curve 1300-
,W-1390-IM-11250 wpA gradually changed to the curve l3w-
1
3.1W-VM-1224-1 I&SOC. III. K. 4v0
1

too
L
slow
:1
1
-14icau wit coo Got ow GMV 01
P I V I a 611 0 0 d I ]it It 9 a 4 1 v
10~-A
a I
a
V
: :
0 0 0 0 0 0
-
T
l
O-01-41
0 0 so 0 0 0.0 0- 0 0"0
Joe 0 0 0 00-9

CA
1. -T
ON* of
WwCootbatthtst. =dvmcmgL Adds.alKiovms
OA% gmy 5 dam I!&. Fbw emsm. of the
0
as aLW., mm S% 72.7. O.Q. F40041 .16. COLO
f-6 3.3, XWO 13.6. 04 KdO 1. Tug dwsv
or 6& ' barser
n*UWW a.Aw wdwjjw., Gkwmwk after , ,
w" free of bubblai wW bod. Prior to the am a# potaih
dwre wav 128 ammls of the sbwt Was rap.
tured an tbo.wm=. ac The adda. of potmb. tbwe we
los kwMaces. Wilter faistarow. to goomo.
cbromlic U&, and huter were lro=~Zd-ln of the
gum hoprom from grecalsh rjjow to Vtcabb blue.
AnneWing was better because at the drop In coeff. of
tbff=j exwslm. - D. Z. K.

x0i'd la d*mh"m d asem of M6 b rka 1 'gob
(Sle-4, Kryam., 1950,7. No, R. 0; Pyril. reram. Abst, . 1931. 1 %).-
"latalc3l metbluts for identifying cords siv b"M on their upt"
prol*-ftkv. The nuat mple tech depends on the use of
litl mertft uqvlb a 4kation di"is"methad Is dawAbed.
MUT. CnAm, Rxs. Ass. (ri).

Additlou of X.0 Ww4b POUSIS t0 aIWWVAMAVWd;*1~.
X. 1. TentmHaVA, Sfrkld i K"dw. 4 1417 14
4WIR Substitution of K.0 for SAM wag Inadc an an
t
equir4lent bamisf 1% %a,Oby 1A2% KrO by weight) so that the
Wum of RA calculated as ls*aO, was constant. TheadAltionot
KjO was 0.5% every A days. reaching 1.5%. The final comim74-
I
tim of SWA. as calculated. was S" 72.7. A" 11.9. PA 0, 1".
C.0 8,11. XISO 3.5. Xa~O 1:1.A. and KtO I..J%. 7'he chArge
9amplesolslasn. atelt taken lx-ymul the
second burnertrefeffeco(bubblesund boil, 11tiortotheuse(A
potayh. there were 12H caw Of SISMI FUVIUTC OR the Machin" per
/n",nth: after the Addition of Potash. this was MIUCA41 to 1119
raw.s. Water resistance, transparency In monochromatic light.
and the faster were ImItroml. In addit im, the color at glass Im-
proved Iyom green-yellow to -blue, Annralhig was also
improved becatbe of a dect, se in the corilkient of thennal ex-
Nnsinn. D'Z'K'

I" lot
W em sutd. With 00, or from the S
befdo. a < IM for + vw &W x Is not k. than
I
1.16, W gL-w + Dinas. - 19 anus.. lacetbe2OX3D-
I. 6f'
am, UNN In a so" be on a scram. MW
4
14
add a mixt. of a Clow to 1.6.
if bas P" wMd lfrom dw Sc te
rbulta bw go" not. Toobtslaaamidistloct view
cow tIw ikadd wkb camdrie.,, The scram obouW be 10-1i
CM. 7u jri~. IsM 2-3 old. OW can In done In a nw-
darboal roors. a. Z. xW"lch

-7-7 777-
128C Ttie oemm"a Ci bubbk 10-d,UrInA the proc"s of tUftasiall the tfto&-
ix auga'.11 xgram~ 7, No. 9, 2 1. 1 The FmwGt
of gtr=,_J~
le Of the nate on a foraw artkil-Int the same title
k
Pit NO. 5. 195q AgrepAng with the orhamal author, Tukh disagrees ith the
.21, Umt in order to U==m tr4aspassocy & complete change of glass is nope".
After a brief description of exrerience with the macceadal changing of the batch
while the furnace'la in oper4t;oo, t4 authm camcluda that the chLW
=o a mere transparent glass can be accomplished sithout empt i the tavL'
As Ihe transparmy of the gluis increams. the temp. shoutd be my,-j .0..ay
along the whole km& of the furnace.

IM A mirth" for the detatudnotloa Ot the matw* at em"m I*
Tvxlt PA. Krfam!-,
Cords Am mom
etWs fnr the Idenfificatim *(cords aft bmW 4n their optiaO pnv*rtim:
the mmtsimpletechnilVeprds the usb of bmutnion lfquxti~Amd amodhkatioa
of this method Is dmn 2 fix)

F
R
MIFICAMN OF REMMRY CLAYS 01 USCIT&MM515, Tukh, r.I., TWunheva,K.T.
and Karl*=, N.S. (Stoklo I Korea. (Glass wA Caren. 1951p 10-12
j'I&4

F-I
__TYV 01
We 00*00000000004 0 , 1, n
4 S A A 9 10 it a it. m 11 1 Dis'Nall waits by mite it a 0 ad 46~
4
pamtI141 06fiv 090t4fiti $"it
A C,
Method of 4aurmhug the "tun of stones In gIA"'. I. I.
Tulut. Reklo i Kerept., 7 181 WIo (1950).-Por ofditLWf_'
90 atl
Clan a - I.M. as calculated by the L4W of
00 8 additivity, similar cakulatims for glass vAturated w th Si(h or .00
* 0 j AI,O, from the stone dissolving In the Class give x o: l.m for 400
09 a glass + trot and x a 1.40 (of glass + Units. Orternilrialknis Ae
arr made with an ordinary optical bench of the scluml type.
410 a The LN) x 311--mm. specitnen Is placed in a gLas 1xith aiml 1pro-
011 jected on it Acreen; then a liquid prepared from kenwene und coo
trizol and having an a claw to 1,5 is poured into the bath. The see
view of a " stone will disapptar on the wmn, whtma% that of a
Dinas stone will not. To obtain a more distinct view, the liqui,I a**
is calmed with camine. The screct; shoOf fie 11) to 13 cru.
so
The delemination lasts 2 to 3 milt. and may Im made in it lighted'
ron"I. 2 photos.
S L A AtTALLURGICAL LITINATURE CLAS$WICATICII
-I-- _1T_ t4JdVJ WL? 0mv C#t
I ___F
At'. . 'I * 0 4 F 4 9 - _r
U a 0 00 1 0 D tr It go K x 11 Ot It PC a it
10 10 0 0 * 0
A .0 0 0 0 019 0 0 a 0 0 0 0 9 0 0 0
0 0 0 of* 0 a 0 0 0 0 0 0 0 0 0 9 0
Sell
00
so *
41
g jam. !~m 14'~
ow ~' m -Lill to
~T -1
" I JA L S 4 rw 0 0 9 1 N 14 a a a 3 2 1 KX
" I ~._ 1189:i
0 0 0 6 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
0 a * 0 0 0 0 0 0 0 0 0 0

.5064' "Curfirlation of Refroet Clay* by FlortroMonjo.
"I#. (In Himsfan.) 1. 1. TAILIA. K 'I'llgimlleva. and N. F'.
Narifuna. Slekto I Kerrumiko, v. 8, Aug, 1951, p. 10-12.
The almm- i, dt-wrilm4l and diwnw~d. Analytical tlata we
falml.111-11 an'l dortud; apparatol h Illustrated.

emurAL IkAMOVA
Mind N, V KA k tilal. k.
the Quality Orcidy ilia rimatero('11. NO, S. IQ, I'm),
the CMZ-t slat 'i'M On it lkg:'.& PlAinitnalkV of
tb*v4VWTvrk,vO("~cWkd --now bbles.. in the
. W 64m,
rt'""s Pmd- --h a ~;4y. An OWL if"itillatia" for Cl&y pufifjLWklO
TOdct*nWFWIhGyjdd.j3kg.V(d"
OWM"iXfOr6hr. 'Ihe(.,UjpajV,"
42,4'.-11-2 kit. dry nucn*j. I_ jiv*3 Ls- of puritiedctaywilfi-iinkAmunicWtent of
73% yWj. Furtb" IMA(Mnt (of 2 hr. ptv no
In 'AWkStriall an rCSWjjVMM qVI qUjj#AO#L~A bt,;&M the r~4Ukd
.ent density Vviv " reached. The "bomum COONRI of the IWX on
InIt the imaAlUtion was W,.* the oulpA malculsted ror dry Om"rial - 33
and f ),iefj Was W%" 7u num or the platnt kutallittlon was a too
I x"towd, bowever. OW this
* "lon'tum content. leading W &Yft diff9uh- It 6
'0 lentvuld be rcdumd 96 40' . by i-c-ioll the current density. Althoush
are ctwl
be 091put o( the installittion is low it is "ftv'nt to meet the runt requiretwnts;
in 10 hr. cmngh puM Cky is OQW4 ki, I flogil. &nd only 4-S f-ft -,m4uimd
tvf "whine jw yeer. TW% on the cky"inw L%fted Iml omit no(
&9t" chern. comp. or gradi emam its t4aitkity. An immwd
qdq shrinkate nemmitatcs *hkh soccknim the d ' *(
the rkMW tht porcnily of the Jolter is low-whO pmcnts the tvWrtnoe 7"U
bubbles secds in the Stm. IS Rip.. 3 tablei.)

Ite"phdatinn of tefrodwy clay by lectrooommis. I I
I 1.&i 1. 1, 1 1 V'- I l%ltf'%'A. 4-410 k41111-414 NWO 6 A I F4 Of
it r"I'll) uolvo) Int 11 hr. a( V- kK clay Of 1-I'A
19 " LK. P-I.j)r 11.1villiC 12.4% m4pimitir, Ali jildill,iffal fit#
61 111orc lit 410 "Pit ru'llit lit aly if"litrivitt-ftwill Oil a ""Ifilif 06.11
ZrAc, Vivid W;1' W11% twit fw..Itkt "MIAtt"I Mir; fol"I'liff. fly
;-'.-.'iPPr th-l"ire"I it I.- Ifir
in 10% Thr I-t r-01, -ri, P.WA-I iol.visl Chi-
1.1,11tioma 04 ;111 vicutflAylt. to [hu %li'lielf.imi~ 04'rimitot" 41111111 It
lilt '11,1W mkw 1411 C.11il.1 chi Im!"i, Off Ill, .1111111 111.11, to it mid
'01111-FAl"ll 4 Ifir fl-sy *fIll 14,41 ('emillmm.1 titille '".1111my
m"I r",%
1". ":.1 if-it"I fly h off . fim hritokaK, I., ll'~ mul
wo, r ;oh-rplim n( I (I:.' 1.7n% nmiijiiml iih I I fll~ md 9 #'41
9 A 11'~ G. mdmm v 1,141rii- It/ K

T'gf~~q~TVS;KrY takhail Nikolaye-ite-11(deceased]; 0.91KIII, G.I.,
kiiid'. ist. naiA, pol?-c-ini.13 (,I!Fj'Li'IhIIKGV, P,P.j kiind.
ist. nauk, polkc-mik zapasa; ODLOVIYEV, N,,".., red.
[Selected works] lzbrannya proizvedanila [ v dvukh to-
makh). Mookval Voenlzdat, 1964. 2 v. (MIRA 17~~9)

I
TUKHANOV, D.P., inzh.; DAGAYFV$ V.B., tekhnik
I ~ I -
Maintenance and repair of the bell of a hydromeche-nical reduction
gearing. Elek. i teplAiaga 6 no.8:23 Ag 162. (HM 17:3)
1. Depo Rtishchevo.

MITYUSHKBI, T.S.3 kand. ekon. nauk; SUBBOTIN, V.P.; DVOYR321, E.Yu.;
TUKRAjjQVA,_.,A~j;'-.$d VSKAYA, K.M., red.
f 4~ -: --1- _~F.e .; CHIZBF
[Accounting on collective farms] Bukhgalterskii uchet v
kolkhozakh. Moskva., Statistika., 1964. 446 p.
(KIRA 18-1)

ZYXOVA, Ye.G.,~,-TUMRELI. M.S.
Luminescent anal7sis of bituminous materials. Gaz. prom. 4 no.12:40-41
D 159. (MIRA 13:3)
(Bituminous materials--Anal7sis) (Liuminesoence)

ZTKOVA, Ye.G.*, TUKHARELI,,,M.S.. .
Lumineacence, method of analyzing bituminous materials.
Biul. tekh. inform. 5 no.3:27 Mr '59. . (KIRA 12:7)
(Bituminous mterials) (Luminescence)

USSR / Canoral Probleria of Patholocy. ImunitY. U-1
Abs Jour Ref Zhur - Blol., No 17., 1958, No 80200
Author Tukh
Inat Not divon,
Title 9000 ILnuno-Biological Shifts During Treatnont of Schizophre-
nia by Insulin Shock.
Orig Pub Sb. tr. N.-i. in-ta pproliv.,miya krovi GruzSSRy 1957Y 5)
339-348,
Abstract No abstract.
Card V1

VOROBIYEV, N.K.; DIAROV9 Mj TUKHFATOVF K.
Role of the gergelt horizon in correlating the geological
oeotions of individual nalt domes in the Canpian Sea region.
Vast. AN Kazakh. SSR 18 no.lOi82-85 0 162.
(MIRA 170)
(OA
vo- e-
C) jjo~
~ 0, .4 0,-r I a-
e-r je&O 14
" te
Iss.
es
llvayo 9,0" -,o-9e-r t-~.O(~ -r 6,01. C31
J%A e 0~ ~r,0,1 .9 &e~o-r tO-%CV%x qrOA -C~O, v),-
TNP- '.
el:Lc 110- - 0~ -40
*G to
0'a IV e5 51 -ree
00 9 -to t'~,e , OT~4
rote -L0"3X Bola qjq,5 OT). 56'1~
Ow , -r 0,9 -CO t~.OTL t~.Orj- Oav" " 21-1, 01 te a .9e e-
lby~ I". rO, e tyke Is a qV O"It
-90 es &J0 tvr jj~'a
0~ 'age-ra te e6
tV~~9 te te -r-rl .
-ra . Ca &I
')C~ eTt"- C Oe -f e --1301~
101VOCS Se 01: -to 'a1g, 0 0~116 e%),s a ,:Loft
0-0-6 - -ro-9
f, tvLe 0~ elat
P, 0.
Mo3-p- aae 101 0 ec,ilo"' m OT -eeS
tve 0.1 -5, lie
0t . 1&1,,' tioe ...~.0%ja J'f ~A,. C r.%10 e-f ~'v .11~:a
O'~ Ce 1 011 . -re
-re .1 atom' tile .9
oin, 0 to Ile
ej~el 0.~ C _90,-r 06 A 000 to
&e't tes 96'9 to te&
-re -poll C
-r te .9
0 re'3 co-aetrAIC O'~ a. GOr 9-ab te,
e
e-f StO'
-re tj

S/659/61/007/000/009/044
Influence of the initial state of ... D217/D303
ments: 1) Quenching in air from 1080 00 after 8 hours soaking; 2)
Quenching in air from 10800C after 8 hours soakingg ageing at 700vu
for 16 hours and cooling in air; 3) Quenching from 108000 after 8
hours soaking, ageing at 80000 for 45 hours, followed by cooling in
air. The average hardnesses of specimens of the above series were
2009 303 and 280 kg/mm2, respectively. After quenching, the alloy
acquired a structure charactevistic of a solid solution with very
thin grain boundaries. Ageing at 7000C for 16 hours led to finely
d4.apersed precipitation of the a'-phase from the solid solution pre-
ferentially along the grain boundaries; this could be clearly obser-,
ved due to the thickening of the latter,, Ageing at 8000C for 45 hrs.
caused very intense precipitation and coagulation of the a7-phase
both along the grain boundaries and within the grain interiors. The
heat treated specimens were deformed at 6009 700, 800, 850 and 900;:'
C. It was found that specimens aged at 7000C for 16 hours were con-
siderably stronger than quenched onesp if deformation was carried
out at 600 or 7000C, i.e. at temperatures not exceeding tile ageing
temperature. At 8000C and above# preliminary ageing at 70000 for 16
hours has practically no effect on the mechanical. propertieso Su-1h
Card 2/4

S/659/61/007/000/009/044
Influence of the initial state of ... D217/D303
a coincidence of properties is due to intense ageing of the quen.-
ched alloys at high temperatures during soaking prior to deforma-
tion and during deformation, as well as to the action of natural
plastic deformation on the decomposition processes. Ageing the quen-
ched alloy at 8000C for 45 hours leads to considerable softening,
the mechanical properties of -the alloy in such a state were lower
than those of quenched alloys or alloys aged at 7000C for 106 hours
at all temperatures and rates of deformation investigatedg except
in the initial stages of deformation (up to 6 - 7 %) at 700cC and
at the rate of 0.05 mm/min., when the resistance to deformation was
greater than that of the quenched alloy. The relatively low mecha.-
nical properties of severely aged alloys is due to an increased ra-
te of decomposition of the solid solution and to considerable coagu-
latlon of the precipitated particles. In the entire temperature in-
terval investigated, the flow curves had, on the whole, a similar
shape: Marked increase in the resietance to deformation in the ini-
tial stages of plastic deformation, decrease of this effect and con-
stant flow stress in later stages of deformationg fall in stress in
the last stages. The constant flow stress sets in the sooner, the
Card 3/4

S/659/'61/00-(/000/009/044
Invluence of the initial state of D217/D303
1-L-,,er the rate of deformation, the higher the temperature of defor-
mation and the more stable the state of the alloy. The drastic fall
in stresses at high degrees of deformation is due to the destruc-
tion of the specimen, which is promoted by ageing during deforma-
tion. Two processes influence the magnitude of deformation stresses
in quenched alloys: Ageing (decomposition, hardening the alloy) and
physical softening. Both processes can be thervally activatedp and
depending on the sp,~cific conditions of deformation, either the
first or the second will predominate. Therefore, for a quenched
E1437 alloy, the influences of rate and temperature on the degree
of deformation in certain temperature-rate intervals is anomalous.
There are 3 figures, 1 table and 17 references: 15 Soviet-bloc and
2 non-Soviet-bloo. The reference to the English-language publica-
tion reads as follows: D.S. Fields9 and W.A. Backofeng Trans. ASM,,,
519 1959.
Card 4/4

-8/123/62/000/015/004/013
AO52/A1O1
AUTHORS: Makogon, M. B., Tukhfatulin, A. A.
TITLE., The effect of the initial state of 3H 437 (E1437) alloy on its
mechanical properties under different conditions of deformation as
to temperature and rate
PERIODICAL: Referativnyy zhurnal, Mashinostroyeniye, no. 15, 1962, 25, abstract
15A145 (In collection: "Issled. po zharoprochn. oplavam". T. 7,
Moscow, AN SSSR, 1961,97.- 105)
TEXT: The character of the effect of rates of deformation at compression
(vj = 0.005, v2 - 0.05 and v - 6 mm/min.) on mechanical pr9perties of E1437 alloy'
(yield curves) at 600, 700, 900 - 850,and 9000C in a vacuum (about 1o-3 mm Hg)
has been established on samples in a hardened and aged state. It is pointed outs
that the samples aged at 7000C prove to be more strengthened thsu~ the samples
hardened at deformation temperatures not exceeding the aging temperature. At
8000C and over a preliminary aging at 7000C does not affect practically the
mechanic4 properties, which is'explained by an intensive aging of a hardened
Card 1/2

S/123/62/ooo/oi5/004/013
The effect of the initial state of... A052/AIOI
alloy at high temperatures in the process of deformation. After 45-hour aging
at 8000C the mechanical properties decrease considerably, which is ascribed to
the decomposition of the solid solution and coagulation.
[Abstracter's note: Complete*translation]
Card 2/2

1 4915-66 L~w(m)jrllna,( t)/N-WP(b)/E!,JA(0) U11(c) JD
A
SSION M AP5025321 UR/0126/65/020/003/037 383
CC& 19/0
539.221661.846
AWTHORt Tukhfatullin A.AA.- Makogon, 1-1-B.; Yxitayeva, L.P.
W,
TITLE: Study of the character of order-disarder transformation in alloy M93Cd
!SOURGEt Fizika metallov i metallovedeniye, ve 2.0. no. ), 1965p 379-363
TOPIC TAGS; metalheat treatment, metal analysis, x ray diffractionp
crystal structure maggnesiumm ase alloy, cadmium ontaining alloy
Cd alloys (22-30 atoms
I ABSTRACTs X-ray diffraction studies oi ordering in M93
Cd) during slow cooling, from above-critioal temperatures, made by A. ebore
G.V. Raynor----(Acta-met., 1957j 5, 10, 601), revealed the coexistence of
oHered and disordered regions in the samples. Inia present study Wa3 made to
determine If this coexistanco was an equilibrium state or an effect of the
;unbalanced state of the alloy. 0he X-ray diffraction study of the M-Cd aLloy
'25.2 atom% Cd) was made after annealing at 350C for 1 hour, followed by order-
-Ing, consisting of annealing at 275C for 2 hours, slow cooling during 5 hours
to-230-Cp-gnnealing--for-7Z-houra t--130C#--an&-au-bsequoiLt-coolin,7--taLo(?-m
0,~z Z-3

L 4915-66
ACCESSION NR: AP5025321
temperature at the rate of 5 degrees per hour. The changes in the width of the
main (202) and superstructure (112) lines in the X-ray diffraction patterns,
taken of the quenched samplesp were measured and plotted in the graph as f=c-
tions of the quenching temperatures. The equilibrium coexistence of 2 phases
(ordered and disordered) was vroven at the definite temperature interval
(18-20C) after quenching from temperatures > 150C. At temperatures ;> 1700 the
M--- Cd alloy was entirely in the disordered state. 7be destruction of long-range
orler occurred by the formation of disordered regions in an ordered matrix.
Thp volume of dioordered regions increased with increased,quenching temperature,
and at temperatures >170C the entire sample was converted into the disordered
state. It was shown by Z. At Matysina, A. L Nosar, and A. A. Snirnov
(Ukr~ fiz. zhurnal, 196), 8, 3v 339) that Rleotric resistivity of alloys was
directly proportional to the value of (1-S,'), where S was the degree of long-
range order. The degree of long-range order of the samples after quenching
frora temperature T was determined by the authors from the ratios of intensities
(is s I~) of the superstructure (112) and main (202) lines by taking the S
of the ordered sample as S=1 and calculating the S of quenched samples by
-.Uning the formula&
S
T =V(Ia/Im)8-S a/IM)'5=1.
T
Card 2/3

L 4915-66
A006SSIO14 NRs AP5025321
The comparison of obtained data agre--d well with the corresponding calculated
and measured resistivitiea. Orig. art. has. 4 figures# 3 formulas, and 1 table.
ASSOCIATIONt Sibirskiy fiziko-tokhnicheskly institut (ALIjarian Physicotechnipal
Institute
SUBMITTED: Mwyi4f-w-Sep65 ENCL: 00 SUB CODE: MM, 55
NO FM SOVt 004 OTHER& 005

-fCaCd
A

7777
-

rmL- rMIM-lin ;:i7-n war, rminn imp inttpr --,Ainer i-qrcvA-r tftmn ityll Ali
Tlf7%
57

TUKIWATULLINP A.A.1 MAKOGONr M.B.; KITAYEVA, L*Pe
Investigating the character of the order - disorder transiticn
in the M93Cd alloys Fiz, met. 1 metalloved, 20 no,3:379-383
S 065, (MIRA 13:11)
1. Sibirskiy fIzIko-t43khnIcheskiy inst-Ltut.

higher 1137 and 35 Kcalf-mol rr-wvqt.Lyt.L.Tf.
--i - t rl~ r P= ~Y-d-

T.,-- f J-1 %A- r- --~ Q z %." n~ -j Lam .7 a.!.
.. -P~j
magk,:

KOWTV",J. P..n. yo',VA., N.A. TUJUILFATOLUMV R.~I. (Tc-msk)
1~ ex- c!: vacancies in alloys defcrL-,d and El~bje,~ted to
t'i . -11 _e -
theny.umechanioal teatment. AU S~S'R. Met, no.5118C-186
S-0 165, (MIRA 1811-0),

4. j0677-!66__ E*4T(m)/T/E-'I.IP(t)/E,',P(k)/E.iP(b)/EVIA(c) JD/M
kCC NR, AP5026368 SOURCE CODE: UR/0370/65/000/005/0180/0186
AUTHOR: Korotayev, A. D. (Tomsk); Koneva, N. A. (Towk); T-uWatullinal R. M.
(Tomsk)
ORG: none
.,TITLE: The quenching-in of excess vacancies in deformed and tbermomechanically
tested alloys (Paper presented at the 19th Scientific-Technical Session on Heat Re-
ant Materials held in Mosc
.--sist ow in 1965
SOURCE: AN SSSR. Izvestiya. Metally, no. 5, 1965, 180-186
TOPIC TAGS: j]ickel containing alloy crystql-vacancy, resistivity, mechanical heat
L
treatment
ABSTRACT: The mechanism of vacancy efflux during annealing was studied for quefiched
specimens of both deformed and undeformed Nij(Fe + 3 at % Mn). Specifically, the or-
dering mechanism in this alloy was found to be vacancy assisted and by means of re-
sistivity curves the processes of vacancy coalescence and/or removal by dislocation
sinks could be followed. High temperature deformation was also Investigated to check
an American hypothesis concerning marked increase in diffusion ccefficients with high
temperature deformation tentatively due to eeveral orders of magnitude difference in
vacancy cxmcentration. The N13(Fe + 3 at Mn) alloy exhibited an order-disor4pet__,
c,mrd 1/3 UDC: 669-157.9

ACC NRs AP5026368
transition at about 4000C and displayed almost a 50% change in resistivity upon an-
.nealing after a prior quench. This alloy was processed into the form of wires 1 mm
in diameter. These wires were annealed in wet hydrogen at 11000C following which
some were deformed 2 to 15% in tension at 200C grouped with the undeformed samples,
-held 2 to 5 min at various temperatures and finally quenched into water. A different
set of samples was pu.11 ed in tension at 8500C up to 15% and were either quenched im-
meediately or held at temperature for I min and then quenched. Quenching temperatures
ranged from 570 to 7500C. The experimental data were presented in the form of % loss
in resistivity ase a function of time. The results were compared to a set of resisti-
vity data obtained simply by quenching the alloy from the various temperatures and an
nealing at 3900C up to six hours. These curves showed a significant drop in resisti-
vity with time whereas the deformed samples, irrespective of the temperature of de-
formation, exhibited very slight changes. The annealing time was as long as 80 hours
in this case. Me marked.'Ly different behavior of the thermomechanically treated
samples when compared with standardly quenched and annealed samples wass rationalized
on the basis of the lack of dislocation sinks in the unstrained metal. Calculations
were made an the number of vacancies produced by the respective treatments and the
number of dislocations present. It was estimated that the number of vacancy jumps
necessary to affect their disappearance was about 108 for the standard resistivity
--cu"Mes (heated and quez-zhed) ;ftlilo for the therimechanically treated samples this
number was estimated at only 105 due to the Increase in dislocation sinks. A formula
was given fbr the number of jumps occurring during cooling from Tj to TZ:

ACC NRt APS026368
T# Tj
An= Azm dr AzveR(T-v% dr
vhere y jkWP velocity (1013 sec-1); A 1 to-10; a 12; AUM activation energy
for migration of vacancies--assumed to be 39 kcal/mol. falculations based on this
equation shewed that for the thermomechanically treated specimens most of the vacan-
cies were found to disappear during cooling. fn- this regard, a distinction was made
between the relative efficiencies of 'old' versus 'new' dislocations as vacancy sinks,
It was stated tha
introduced dislocations would be stronger as sinks while
d~ s
,ur
the dislocations\ 1h ily present would be much less so. This was evidenced from
the resistivity data which showed that the standard curve (heated and quenched) re-
presented alow vacancy efflux when compared to the calculated values. Orig. art.
has: 3 figures.
IUB CODE: U/ SUBH DATE: O6Hay65/ ORIG IMF: 006/ OTH REF: 030
.20
3/3
_Rt

7 , 6~

A- I

uu,-
MIA
N,
A-1
0
R
I

TUKHLOV B.D.; FROWV. 5.S.; PAISHUR, A.B.
I
Interaction of hydrocellulose fibers with cuprammonium reagents.
Zhur.prikl.khim. 27 no.8:907-914 Ag '54. (yXfik 7:9)
1. Zaboratoriya iskusetvennogo volokna Ivanovskogo khimiko-
takhnologichookogo instituta.
(Cellulose) (Oapper compounds)

'D
"Invect-iraUon in "he fiel.-I 01' lvanovo,
i -a rE'ducaticn 1`33~`.'. lv:anovo C' -er-Lcot~,--Imological inst.
de ree of Candidate of ~;herdcal Sciences.)
.30: Knizhnwja le-Lopial, No 48. 26 lllove.n~er 195,~. lloscow.

Ya.P.; FOKIN, V.G.
Use of high-speed motion-picture Photography in determinirig
some parameters. Zhur. nauch. i prikl. fot. i kin. 8 no.6:
427-432 N-D 163. (MIRA 17:1)
1. Kharskovskiy politekhnicheakiy inatitut imeni V.I. Lenina.

Tl,~~Ilwvlll', X-/. -A./,
TUMIAN, Ya.P.; XOKrH, V.G.
1~ Some Inconveniences in work with the SILS-1 camera. Zimr.nauch.i
prikl.fot.i kin. 2 no.6:474-475 N-D '57. (MIRA 10:12)
(Motion-picture camerns)

TURMAN --Ya.-P.; FOKIN, V.G.
Determining parameters of flat joints of conic parts in making
boilors and models. Trudy IWII 21 Ser.met. no-4:107-116 159.
(MIRA 14:7)
(Mechanical drawing)

BADADZHANOV, S.N.; TUMMYPMS, A.A.
Obtaining and studying complete antigens of the liver fluke*
Uzb.biolahura no.5:27-33 '58. (MIM 12:1)
1. Inatitut zoologil I parazitologii AN UzSHR-
(LIVER FLUKE) (ANTIGENS AND ANTIBODIES)

TUKHMANrA]US, A.A.
Laucocytogragarinosis in dogs in Tashkent, Uzb.biol.zhur. no.6:
75-83 1 58. (MIRA-12:1)
Is Institut soologli i parazitologii AN UzSSR.
(Tashkent--Sporozoa) (Parasites--Dogs)
(Ticks as c6rrlers of disease)

Him
T'UMIA smimiumi Ye.A.
pathogen c t7:la 1-_.ziasig af cattle and _;Ljo~-.,Intermediate host.
Uzb. bicl. zhix. 6 no.1:4C-44 162.. (z,fuu, 15:3)
1. Institnt zoologii i parazitologii AN UzSSR.
(CATTIE-DISEASES ARD PESTS)
(VETENARY HEUUNTHOLOGY)

OMPARTSET, H.K.; BAROZRANOT, S,N.; KAWLIN, N.A,; TBGOROVA, T.A,;
< TUMMMAN# A.A.
Results of an iuvostigation of the anthelminitic properties of
some plants of Uzbekistan. Ned.zh=.Uzb. no-7:51-55 Jl '58.
(Min 13:6)
1. Iz kafedry farmakDlogli (zav. - prof. N.H. Xmpantsev) i
Imfedry obahchey gigiyeny (zav. - prof. S,1. Babafthanov)
Tashkentskogo gosudarotvannogo meditainskogo iustituta.
(AYZMMINTICS) (UZBBKISTAN-BOTANr, MEDICAL)

TUKHMMAM, A.Ao; SHAMIMNA, Ye.A.j ESKIIIA, G.V.
Ecology of fUeca larvipara (Fortach, 1910). Intermadiaz7 host
of Thelazia rhodesi (Desnarest, 1827) occuring in cattle,
Uzb.biol.,zhur. 7 nos2s57-62163, (MIRA 16:8)
I* Inatitut zoologii i parazitologii AN UzSSR.
(TASRKEM PROVIME-PARASITES--CATTIE)
(MEMATODA-HOST ANDUS) (TASHKENT PROVIM&-FLIES)

TUKHOLKA, V.V.
Rostovskii glubokovodnyi kanal i Volga-Don. ZF-Iostoy deeF-water canal an,12 th,~;
a
Voiga-Do2n. (Vodnyi transrort, 1928, v4 6) no, 6, p. 2"-.,1-205). DLC-. RE561.P.8
SO: -SOVI TRANSFORTATIO.AU1 CMMNTCAIIQ" a DIDLIGGRAPIrl, Library of Congress
Reference Department, Washington, 1952, Unclassified.

TUMMN, Ya.P.; FOKIN, V.G.
Nomographic charts for making patterns. lit.proisr. no.11:7-11
N 155. (Pattern making) (KM 9:2)

TMVIICH, T.M., veterin&a7 felldsher.
4=uvW&W"-AWAAC&A -
Some problems In the work of veterinar7 feldshers. Voterinariia
33 no.11:10-11 N 156. OGRL 9: 11)
1. Kolkhoz "Krasnava zvezda, "Ostrogo2hokogo rayona, Voronezh-
skoy oblasti.
(VateriiAry medicine)

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The cTvdt-#X5TtTT%ARM-wtWncutvxl tar cAlt. oxidized with
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000 Ru~,. A2.498, ]an. 31. JWN, rhe
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(SIVVUJ
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I
44
cit. .1 d. OJI79: (m sylow 1A d. OJ
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pulp w.u'%. Bill%.
11to ILSO and dry
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Ilse probletnt Is connection with the utilitatissai of -00
00 SoUdld*4 plat pitch. 1. N. V--jukhaviuka. Le.-kho- -00
09 lc~ imukeAkaya Prism. 2. No, 4, 30- 2 0 VOL --Ilse glitch rim-
00 it I Isin av of 67.8% (4 rottin-islic Constituralf. The
= -00
extd. irom this pitch Is widdy diffr"nt (nxn that
r
obtained in the W way, being inferior in Its vatening
N
-90
. Preparing MSIS Nap. 1. G. RIO-
point and vvam..
i ShevAil. INJ. 33-7.-lly "Issas. of the Above pilch there
oll
4
-00
% Na
was ftwmed a black. viscous ma" c-intig. 4.9 -00
00 z ami 31.9% Incrustations mniss)KA of: (11 unsapont
i
:

rq J~ Consist)
flable ikutsmames 4.7~%- (2) uFmr-millable acid
b
l
h
d 800
le
cannot
e Iso
nents (a) wnw
00 0~ wbkh mr. salsed (nit 11D.61%; (3) saposlill"I Cotuponenis
21.21%. (a) which cannot be salted out IO.K7%, (h)

0: which am salted out W.13%. The raw nt&terW (pitch)
, coo
contained foreign adusimures 25-M, turpentine 4.31 and
'M
d
t
i
l
70
i
T

1
a
0 ne
etter con
a
.33%.
e
resimus components
unimponifiable sulAtinsms 18.030 components which
0,
0
s could be salted out 4.5.37 and those which could not be

R The operatimu we desirritied.

malted out 37.41%
2 A. A. lkwhilinak

tie a

zt
ties
A I I L a -ITSLLLNGIC AL UTI!01.11,11F CLASUPKATION
t3& 0
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00A 0
Go
04 The "taffy" adds contained to 6
town
.X Ih= A V.
TukltQyitxkil, Ujokkimiclieskaya 3. No 0-10 .0
00 Ine tnatefW Investigated containcil roti~
104 r MAIN, tu Inc 21.12. dirt 0.43 and Hto 1447of
The quant nalysis showed unsapov
,so Iflable matter 16.1 .40
resinic it s (which can be salted out) 141.43, rtsinic Pip
0 0 A fatty fit whk-h cannot lie salted out 1.43 and "fatly - 0 0
total 98.V4%. The untapon.compinithis
00 a
wpO vacuum-dittil. and the following fractions scrAl.:
0 jr 'A below 2W, 5.2%. below 2W 113,70 and resmue 652%. .00
The residue dissolved in AcOH showed the phytoaterol 6*0
0 a reaction. The rvsinic acids had the following character-
0 j Mies after recrystim. front ate.. m. 14&-147'. wA no. 00
IM1.2, sag-m. no. 11tP.4 and mill. irt. 312. "Fatty scido"
40 01 art ill acidic products which form roictit In the wpn. of doe
41 resink- and fatty acids by estertfication with ethybultoole
wid under the conditions of the Watfi-fIchoitte method.
7 go*
The mixt. of "IM of the fatty acid, is a t, transparent.
0 browniih red liquid of pleasant odor. T O.gv, upon. me*
no, 110. The esters slier upon. hail ds, 0.041 8 a* 1.49/4,
4 0 SO*
arld no. IdA, sapon. no. 160. mean mol. wt. '440. 1 to.
LIN. It is concluded that the bask- difference of the rosin
.,bialned from normal resins Is the presence of the so-called too
fatty Wds in the latter. Said. "fatty acids" mete not
oft,
dclected. The quality of the rosin may be Improved by X**
removingthe *14tirackis"by vactuandistmorbyvacuuni,
ly! slid sup"licated stmirl. A. A. f1toelittirigic woo
I Ft. !,sit
4111,1LA MTALLURGICAI. LITIMAT1019 CLASSIPWATION
"0
"t 411411 GA aftv All
U a- AV so Sal I a 4 1 -17 . I W_ . . TAAA& %#two
It if a min o I 1 14
oIg 41 e 0 0 911 i g S i 11111 41 0 * 0 0 0 0 410 66 90
* * 41 0 9 OiO 0 0 0 0 0 9 e 0 0 9 0 0 0 00 : 0 0 * 0 0 & 0 0 a * 0 0

BABEIZAN I V.B..,- VIYNICHENKO, N.G., kand. okon. nauk)- GVEDASH~ G.N.;
GRIGORIYEV,, A.N.,- DANILOV, N.K.; IVANOVp A.P.; IVLIYEV, Ivan
Vasillyevich; POTAFOV, I.A.; TRUB'MII-', M.G., kand.ekan. nauk-;
--TUYJIOVI,TSKAYA.,. L.K.. 0 inzh.; '1YVfuX11UY, D.P., inzb.; SHEF2-W.',
A.Ya.; SHCHMEAKOV, P.D., inzh.; n'EITOV, G.S.; KRISHTALI, L.I.,
red.; MAKUNI, Ye.V.,, tekhn. red.
(Financing in railway transportation; manual] Finansirovanie na
zheleznodorozhnom transporte; spravochnik. Pod obshchei red. I.V.
Ivlieva. Moskva,, VBes. izdatellsko-poligr. ob"edinenie M-va
putei soobshcheniia., 1962. 422 p. (MIR-A 15:4)
(Railroads-Finance)

TUKHSA,NOVI E.; NABMV, M.N.
Reaction of &-mr4niu-m htmants- with (a3(r-f)4)2, Uzbokh-4n.zhur. 9
no.10-7 . 165* - (WERA 18:6)
1. Institut khimii AN Uzbekskoy SSR.

TUKMANOV., E.; VISHUYAKOVA, A.A.; NABIYEV, M.N., akademik
Effect of oxidized coals on the process of chamber superphosphaLa
maturing. Uzb.khim.2hUr. 8 no,I+jI2-17 164. (MIRA 18s12)
1. Institut khimii AN UzSSR. Submitted July 24, 1963.
2. AN UzSSR (for Nabiyev).

TMMHYD~ 6.t,-
TUKHSwAYD 0 B.- LWASM, V.G., radaktor-, ZUBARV, GA., redaktor
TUM, If.Ta., taWmicheskiy redaktor.'
[Servicing sectioual-type steerage gear with electric controls of the
dynamo system] Obalushiyanie rulavykbpriyodev eaktornogo t1pa 6
slaktroupravlaniam po sistems generator-dvigatell. Heskya, Izd-v*
Kinisteretva morskago I, reabnogo flots, 1953. 43 p. NLRA 7-.7)
(steering gear)
r

FAYNIMB, B.N.; GOLUBKOV, I.G.; KOCHEV, L.A.; 1ULAK.U.), V.I.,
karid. tekhn, nauk; retsenzent,-, TUKIISIUIAYD, A.M., inzh.
red.
[Methods for testing aul investigating the fuel systems
of motor-vehicle and tractor diesel engineol Metody is-
pytaniil i Jq-1AdovanAi toplivnoi apparatury avtotraktor-
nykh dizelei. Moskva, Plashinostroenle., 1965. 174 P.
(MIRA 1819)

. . -I "A
Tf,ii".- ..-Df 0. t.
Obsluzhivanie rtlevykh rrivo,.-.ov sektomor-n tIT--,3 f42 -t-,- - st-r,
LTe52r. Moskvn, Vodtran'~i,-,-~at, 1- -53. 45 1r. . _,ervicing zectional , ,-r -- ,
I$
SO: Monthly List of Russian Accessions, Vol. 6. Nc 10 j:~nxary 1954

JUKHTAKHANVIA., Dillbar, pryadillshchitsal delegat XIII s"yezda
professionalInykh sOyuzov
The jug should not break. Sov. profsoiuzy 19 no.19:25-27 0 163.
(KM 16:11)
1. Ordena, Trudovogo Krasnogo Znameni tekstilInyy kombinat,
Tashkent.

f isop--rAt~ajioo an- r-r, a
Catalytic dehr-Iratior, c-f a mixt,Lre
corrorslori;3 of formarl' it3t)[~ent~~neq. izv. All SSSR. Ser, khlm. no.3'
5'31--~'4 t 65. 18.:,)
~ i-E't" vu~- !Jrii-tC-'L im. N.D.Zellilskcgn N'
T T, L.

SHARF, V.Z.; .7MEYLLIN, L.Kh.; TUKHTA14JRADOV, Z.T.
Effect of the treatment of alummim oxide by acetic acid on its
activity in the dehydration of I-pertanol and isomerization of
1-pentene. Izv. AN SSSR Ser. khita. no.2:385-,387 165.
(-TRA 18:2)
1. Institut organichaskoy khimli im. N.D. Zelinskogo AN SSSR.

FRNRLITI, L. R-h.; '3W.!T, V.'.~.; TUKHTPMU~V - - .71.
lnvestigat~on of the direction of the dclydvition of 2-meth7l-
butanol-2-' --i the prevex-! of .- acIrl cvtal7st. Neftelcbimiia
4 - o.1337-42* Ju-?164 OCRA- 17 16)
. 4 Instlimt organ Icheslon, y khimil AN !'S~-'.Ill imeni N.D.7elinskogv.

m
FFEYDLII-I, L.Kh.; SHAU, V.Z.; TRYTAMURADOV, Z.T.
Effect of the temperature of boron phosphate preparation
on its.specifib surface, acidity, and-catalytic wtivity in
the del~rdrati6`n of alcohols. Kin. i kat. 5 no.22347--350
mr-Ap 164. (MIM 17:8)
1, Institut organicheskoy khimil imeni Zelinskogo AN SSSR.

FREMIN, L,Hh,j SHARF., V.Z.; LITVIN, Ye.F.;-TU.ETAMVW
. _, _ ~ Wp,, Z. T.
Dehydration of primary n-azrl alcohol and the accompanyimg
isomerio convercione of pontened on a calcium phosphate
catalyot, Neftekhimiia 1 no-4:548-554 JI-Ag 161.
(KIRA 16:11)
1.*Inatitut organicheakoy khimii AN SSSR imeni N.D.
Zelinakogo,

FEYDLIN, L.Kh.; SHARF, V.Z.; TUKHTAMRADOV, Z.T.; LITVIN, Ye.F.
Dehydration of primary n.amyl alcohol.and isomerization of I-pentene
on aluminosilicate catalysts. KinA Vat. 3 n0-1:114-117 162.
(MIRA 15:3)
1. Institut organicheskoy khimii imeni N.D.Zelinsko o AN SSSR,
(Amyl alcohol) (Pentene) (Aluminosilicates5

FREYDLIN, L.Kh.; SHARF, V.Z.; TUMTAKMADO)V Z T
j_ . T.
Stereospecificity of the dehydration of 3-pentanol on acid-type
catalysts.. I'leftekbimiia 2 no.5.-730-734 S-0 162. (MIRA 16:1)
1. Institut organicheskoy khimii AN SSSR imeni, Z93inskogo.
(Pentanol) (Dehydration .(Chemistirf)) (Stereochemistry)

S/ U 0 C 5/'" /OC'2-/C"3
El 30
A b'1hOi(Zz Freydiln, L.Kh. , Shai'; V,Z, Lvln,
TITLE: Preparation of C8- Cio a-olefins by the catalytic
dehydration of primal; alconols
PERIODICAL., Neftekbimiya, v.3, no.1, 1663, 10-12
TFX-,.- The authors investigated the catalytic dehydration of C~',
CIO and CI,~ n-alcohDls after previous succcssful preparat-,on of
-.5 1r,~ 2: 1-1't 11o
C 1 C 1 u;il ;-,hos P',Ia C a t e f t e V
T i t w:i -3 b- tr-ilii-.2 the ;~hosohatc- -it'
c)
v,lj-Ei t Lon c--7(,- 92' to 'i p ti r- e a - o e I Ln S T 0 1) 0'% a i r
distiliation) obLair 3d with the yields of 58 to 8 81,~ The puri ty
of the alcohols is of the same order as that obtained after the
pyrolytji5 of thlo ace"ates and is ratch betti~r than that of' the
oroduced with al~lwiiz-w~t ar. the deliviirrti 11 ci ta
I - 1 0 - I I Vp
t ei, ca a e Lne -)r o-,Juc t. s -- oci 'a i ri (-,ii L u

Fraparation of C6' - C12
the remainder - isomer-i uri th the double Lund 3-n d.,,fferent
There ara I f-igu-re.- arid I ta!)1e, .
ASSOCIATION: Institut organicheskov Ichimii ALN SSSR im.
H.D.Zell ineko,4n Irzanic C`eniatrv A'- "'sp
1: E3.V, IFj July 26, 1962
C a r d 2 /."

FBEYDLINJ, L.Kh.; SHARF, V.Z.; LITVIN, Ye.F.; TIJKHTMRJRADOV,, Z.T.
Preparation of C8 - C12OL-olefins by catalytic dehydration
of primarya1dobble. Neftekhimiia 3 no.1;10-12 Ja-F 163;
(mm 16:2)
1. Institut organichealcoy kbimii AN SSSR imeni
Zelinskogo.
(Olefins) (Alcohols)
(Dehydration (Chemistry))

TU . UO N.., khudozhnik-iskusetvoved
ANDMIAM-NO-q-
Artistic finishing of modern printed fabrics for clothiu.
Tekst. prm. 23 no.3.-13-15 Mr 163. (MIRA .16.-4J
le VaeBayuznyy institut aBsortimenta izdeliy legkoy promysh-
lennooti i kulltury odezhdy (VIALEGProm).
(Textile printing)

TUKHTAROVA, hdl.
Basic trends in the artistic and coloristic finimbIng-of textile
fabrics.in-1966. Tekst,.prom, 23-nd.9S20-26L. S 165.
(MIRA MIO)
1. Starshiy iskusetvoved UW40nWNgO~AWWOU, WMMMUk~,
assortimenta izdeliy, logkoy promWahlennosti i XUl'tUry OdOgrAys

TUIMATULLD.-I, A.K., inzh.
Testing part of the Penza-Michurinsk petroleum products line
with natural gas. Stroi. truboprov, 6 no,,~iI9-20 My 161.
A' (MIRA 14t7)
1. Stroitellno-montazhnoye upravlonlya No.6 tresta.
Nefteprovodmontazh,
,,g. Chelyabinsk.
(Petroleum-Pipelines)

TUKHVATULLINA F.Kh.; WKS, M.F.
Rotational mobility and foxm of moleculeo. Ukr.fiz.zhur. 7
no.7t760-762 Jl 162. (MDU 15:12)
1, Leningradakiy universitet.
(Molecular rotation)

TUK11MULLIN, F.il.; VUYS, M.F.
. ~ ~*r-.',~,--,51F~~,,-,;- ; ~ ;lo
Orientational interaction and rotation of molecules in liq--Lids
at hiffa temperatures. Ulcr. Afiz. zhur. 9 no.5-.53?-54.0 1-~f 164.
OMU 17:9)
1. Loningradsidy gosudarstvenwj,,r universitot.

k ,.Kh.; 'IMUESTVENSKIY, I . I. ; E GAI KULOV, A. ,
ATAKHODWAYEV, A.K.; TUK.VAV;JjD',.j .4
-3
Rotary mobility and rigid-ity of certain molewdes with two benzene
rings. Ukr. fiz. zhur. 9 no.5:552-555 Itr 164. (,-aRA 17:9)
1. SamarkJiandskiy gosudarstvotinyy unl-vorsitot.

TIONATUL1311, F.KII.
Vii d L-h and shape of the R&uari scattering lJno in benzene,
and other liquids. VesL. LGU 19 no.16:18-2i 164. (MIRA 17:11)

ATAFF,C)DZIULYEV, TLTKIIVATULI,IN, F.Kh.
Intercollegiate Conference on Oplcapl Studlpq of Molu7ularr
Motions and Molecular Interaction In 1-1qolds and Solut-lons,
lzv.AN [f7Sl;R. Sor.fiz.-mat.natilc 9 no.3.75-?7 165.
(MIRA 19~1)
1. Samark~mdakfly gosudarstvennyy univ(!rsitet lintini A.'Llavoi.
Submitted December 30, 1964.

L-3395--w66 E'VT (m) /ZPF (c)jMT(J)/T 24
ACCESSION M: AP50154,5T AW,03a16510W1003100751bM
a
L 3.
AUTHOR: Atakhodzhayevs A. X.; Tukhvat F. Kh.
TITLE: Inter-university conference on optical investigations of molecular motion
and internolecular interaction in liquids and solutions
SOURCE: AN UzSSR. Izvestiya. Seriya fiziko-matematicheakikh nauk, no- 3# 1,9651*
75-77
TOPIC TAGS: optic confereneep scientific conferencej, molecular structure,'
lar theory
molecul
ABSTRACT: The was held in Samarkand on 24-29 sq*ember 1964.. and was
iorganized by a ccuminsion coordinating the research on liquid-state plWaics at NTO
:14VO SSSR, the Ministry of Higher and Secondag SEeclal Education of UzSSR 9', and the
_11-_Sam~rkand-State UniversiV. Approximately 150 persons were in attendance. '%Five
plenaaT and more than 50 aectional papera were delivered.
The plenary papers Were!,, !!Rayleigh Scattering of Light =d Molecular Theory
of Non~-electro4tcq"A(14.
!A_B" M I, Shj&V~ron , Moscow), "Phenomenological Theory of
Electrooptical Phenor1eena. The Kerr Phenomnon in JAquids" (V. A. Zamkz~~Noscow),
"On the Theory of the Kerr 14hen=enon in Liquida"-5~1% F. Wks, Laningrad), "Rota-
tional Motion of Molecules in Liquids and Solutionow-(K-
.~ta~khodzha~v, samar-
Card 113 -------

iL 339.5.-66.1--
~ACCESSIOX NR: AP501545T
Imnd), and "Influence of Interaction of a Polymer Solvent on the Optical Behavior
of Macromolecules in a Solutioe".*f"'(E. V. Frisman and K. Dadivuqan,, Leningrad)
Eight papers were delivered on optical research on rmegr~sak~~,O_ns 'by No
11449Jwdrayeva., M. I o Shakhparonov, and K."' K"
S PodSoretskiy osc L. A. Petrwml'~,._
and.A. P. Grishili;'!V. No TGvetk;~r and A. Ile. Grishcheni&"~Leningrad); 1. A. Cher-
4'1t~jr*ravskaya and- Go-- P. as ey) 9skin5ind W7 Nesterov"(Liiam-g-RaITi
Vo H, Tsvetkov and 1. No Sht6ni_nk0`V.di`-'S. 1. Volkov;!~V. G.-Sara4ov` and-S.Ya. z-renror
i kel',,.~(Lenjngrad); Birshteyn (Leningrad); and V. Aipi4= erevan).
Twenty papers were delivered on molecular motion In liquids and solutions by
1. Sidorova, 16. N. Ko--Chneir",'~`and E. No Shermtov'_qLenin
I , grad) ; A. K. Atakbodzba,-o
evp . kT. Tukhia-tullin.. ff.-V. Sagft-o-va, and ~.Sa~~irq;V,:(Samarkand University) -
;i4!.%G_.1~A_rtamonov (Moscow); B. 1. Nosenk6,exd A. A. &yvagay!!~_(Tashkent); Po Go Niko-Y.'
e and A. 11. FrorvIA's Xemerovo);"'Ro Io Padg and A. A. Kolovskuiy
A - __ "Met1leya
Physics Institute SO AN SSSR); Ao V. Korshunovi o Ye. Volkov, and V. So Kbrobkov.
L 6:r intermol
Papers d Wotea\to optical studi,~,~ coular interaction in liquids
o
weand livaenredd by L.\V. Levshin, and . M. Akbarova Noscow); Y. So Korobkovo L. Pe,
#.--Ao Shakhverdov,,
.,Zu
---2k L. No ZvWntseva (Krasnoyarsk), A. No Terenin -
and Zelinskiy tLeningrad);/M. No Rakbmatov and
Card 2/3

L 3395-66
ACCESSION NR AP5015457
erovich- N. G. Bakhshlyev V* M. Kor" /"i'Lshanbe)~'; A. V. Sechkarev and ff. Is
Z- sko; 1. S. Per
4j?-~Dvoxenko; A. K* Atokhodzhayev; Yes L. Zbikbva; M. X* Sbman
__TK_az_a_n__f) ;and X. G. Bakhshiyev, 0. N. Girin, and V. G. Ubav.,~j~ningrad
Papers on the use of light scattering in the study of t",ptructure of liquids
and solutions were delivered by M. F. Vuksp L. 14 LlspMM!~k' jand S. A. Osmanovz~il
G. P. Rochchina:~~A. S. Kaurm Le V. Lanshinap.M. 1.7
and 1. A. Cherriyayokaye;
Shalchparorov., and 1. A. RerzhanoVi"'I.' A. Bogdan~~,,-;"M. F. Vuks, and N. B. Rozh------"'
-,,54,AeztyensW; and V. L. Sjq~pov and Yu. P. Kolpak, -(Sverdlovsk).
The section on optical constants of liquids and intermolecular interaction in-~
cbided, papers by A. S. BoUYi'~"Yu. F. Novikov;'~-,and A. F. Ste (Samarkand); and
by,.V. A. Kizel. I and A. F. Stepanov (i~iz_ain-7.
Papers on the theory of liquids were-delivered by A. K. Abas-Zade (Baku) ; Is
G. Mildiaylov and V. Ls Shutil&..-.4 LemiWad) ; N. D.
__'7_At
~a; am~~d F. Gayba-W-e-v TK-w= an)
pg
ASSOCIATION: Samarkandskiy gosuniversitet im. A. Nawil, (Samarkand ltate_ Universi-.
SUIDEETTM: 3ODec64 ENCL., -- 00 SIM CODE: /VP
GO
M SOV: 000 OnMIR: 000
d

VUK3? M.F.; TURVATULLINO F.Kb.
Studying the shape and intfirnal moMIJ ty of moloculne from, the
broadening of the scattering line. Zhur. prikl. spekt. 2 no.3:
277-279 Mr 165. (MIRA 18:6)
V,

lqt,j~,, burovoy master
Ve undertake to drill 12 500 meters in a year's time. fieftianik-
5 no. 12:10-11 D 160. (MM 13:12)
1. Neftepromyslovoye upravleniye Baychunas.
(Baychunas rogton-Oil well drilling)

TUKIIVATULLIIT, GO, in'z'h. (Omni-)
. . . . - -~.,H~fem railroad yard cormunication equipment on contact net-
work poles. Zhol.dor.tranap.36 no.5:89 My '55-04IRA 12:5)
(Elactric railroads--Comminication systens)
(Electric lines-Poles)