SCIENTIFIC ABSTRACT KHALIMONOVA, I.N. - KHALITOV, R.SH.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000721720006-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 9851-63 FPV(e,)/F.WP(J)/W(m)/BDS--AFFTC/ASD--Pr-b./Pc-b--RM/lL4YAr4
AUCESSION UR: AP30T)581 5/0051/6-J/014/005/009/0646
AMI OR: Kielimonovap I. N"
TITLE: Frequencies and intensities in the 1nfrared absorption srectrum of tol,---i
(diphanyl acet ene)
SOURCE: Optika i sltroskopiya, V. 14, no. 5, 1963, 639-646
TOPIC TAGS: tolan, diphenyl acetylene, infrared absorption spectra,
vibration modes
ABSTRACT: A comprehensive investigation of the infrared absorption of tolan
(diphenyl acetylene) was undertaken with a view to elucidatton of resonance
effect& in the spectra of such aromatic compounds and clarification of the ro2e
ndence of band
of specific vibrational modes and symmetry Jn the temperatiire depe-
',nt~-nsicies. The me&,surements were carried out on an IKS-6 spectrometer,
precallbrated a3 regards spectral slit width and frequency readings. The in-frared
ab3orption spectra of tolan in the wavenumber range from ~25 to 7000 reproduced.
The bands are associated with vibrational m-rder, --nd bond,- --n the assump--ion of
a planar rr-Ddel (D sub 2h symmetry grcrap). Valluez of the Nmw. freqiencles
Cord 1/2

L 9851-63
ACCESSION 11R: AP3000581
necessary -for interpretation of the combination tones were talken from Dadleu,
Pon&ratz and Kohlrausch (Mnatsh. Chem., 60, 221, 1932). The band
indentif ications are summarized in a table. It is noted that band intensitiC3
depend to some extent on the specific sample used. This dependence is
Particularly marked in the case of the C-H s-:retchinE vil.-)rations. "The author
_or
tio~
is sincerely grateful to M. P. Lisitsa for g%idance in the vork and 2ritica-1
_a1
Orig. art. has. 2 equati 2 f:Lgures, and tables.
ASSOCIATION. none
SUMUTTED: 13Sept62 DATE ACQ: 12Jun.63 ENCL: 00
SUB CODE: PH,CH NR FZF SOV: 009 UMM: 002
Card 2~2
.... .. ........ .......................... ....... ....

STARSONOV9 B.H., ".takhn.nauk; QUOPRITMIKO, V.P., kand.tokhn.nauk;
BURDTUKOV, D.P., inxh.; KULIMMOVA, V.I.: BIRGITMMO, L.Im
Sintering fluxed charges with additions of dolomitized
limestone. Metallurc 5 no~2:6-7 F 160.
(Sinterivg) (HIM 13:5)

1. KHALIMOSHIN, M.
2. U33H (600)
4. Coal-Mining Machinery
7. For 10,000 tons of coal per KKP-l cutter-loader~ Mast.ugl. 2 no. 3, 1953.
9. Monthl List of Russian Accessions, Library of Congress, APRIL 1953, Uncl.
-n- ...

RHAIJI-IOV . A.
Improve the analysis of store work. Sov. torg. 35 no.12z28
D 161. (MIRA 14-.11)
1. Zaveduyunhcb1y No.16 Ordzhonikidzevskogo ray-,
pishchetorr: g. Ury.
(Ufa,. -Retail trade ... Accounting)

KHALIMOV, A.I., inzh.; BULATOVp V.V., inzh.; VLADIMIROV, G.G., inzh.
Making 2,075 mpters of mining in 31 workdays. Shakht. stroi.
9 no.7:9-11 :1 165. (MIRA 18:10)
1. Shakhta "Baydayevskiye uklony" kombinata Ku2bassugoll.

BULATOV, V.V..;_.R1A~jD.,'OV, A.I.
From operating practices of the 0-81 complex at the "Baydayevskiye
uklony" Mine. Ugol 1 39 no.2:30-34 F 164. (MIRA 170)
1. Shakhta. "Baydayex~kiye uklonylf, Kuzbass.

luf Ail -I 11,01i 5 11, , " . ~ BULI-IrOll V.V.- kTi.A-DrM!R()V. G.3.
- 9 y
Drifting 2,075 running irel.or~, In onu rri-n'-h W.Ith th-
a4- the "Be-fda~--,rsk--'e ukiony" rallne. UFc-! I
nr).~-6-10 Ap 1~5. MIPA '18,5)
1. ':Jit~khta "B&yday6v.5klyc-. uklony", Ktmiet~ik-,y

MD40V E.M.
Some distribution features of
in coal-bearing for~mtions of
Vop.geol.vost.okr.Rus.platf.i
sandy oil-reservoir rocks.
southwestern Bashkiria*
lUzh.Urala no.6.-67-73 160.
WIRA 14:7)
(Bashkiria-Oil sands)
KAM

OVANESOV, M.G.; KHALIMDV, E.M.
Change in the properties of oils in the DI and DIV horizons of
the Shkapovo field as related to geological features of the
productive sediments. Izv. vys. ucheb. zav.; neft' i gaz 4
no.2:3-7 '61. (KRA 15:5)
1. MoBkovskiy institnt neftekhimicheskoy i gazovoy promwshelnnosti
imeal akademika I.M.Gubkina i Neftepromyslovoye upravleniye
"Akeakovneft'".
(Shkapovo region-Petroleum geology)

OVANESOVJI G.P.; PIIAI,IMOV, E.M.; SAYFULLIN, M.S.
Present status of and methods for developing the Arlan oil
field. Gaol. nefti i gaza 7 no.10il-9 0 '63.
(MIRA 17110)
1. Sovet narodnogo khozyaystva RBFSR, Neftepromyslovoye
upravleniye Bashneft' i Neftepromyslovoye upravleniye
Arlanneft'.

KHALIMOV
Neft. khoz. 41 no.2t6l-62 F 163,
Millionaire oil well.
.(MIRA 17:8)
R r4
J,

OVANESOV, G.P.; JOIALIMOV, E.M.
Features of the present state of the development of the Devonian
oil pools in Bashkiria. Geol. nefti. i graza 8 no.l018-12 0 164,
(MIRA 17t12)
1. Sovet narodnogo khozyay-stva RSFSR i Bashneft'.

Spacing of wells In the oil fields of Bashkiria. -Geol. nefti
i gaza 8 no.11:16-20 N t64. (MIRA 17t12)
1. Bashneft'.

f ?
'it t j.7,
MT
clov A-S.'T.

REZNICMKO,IV.A.; KH&LIHOT, F.B.
Deoxidation of titanium dioxide by hydrogen. Titan i ego
splavy no.2:11-15 '39- (MIU 13:6)
1. Institut metallurgii AN SSSR-
(Titanium-Metallurgy)

BAUIN, I.P., &kUde4kj-XZ&LIMGV,-ZtB-
Reduction of ilmenIte by moans of a gaseous deoxidizer and
solid carbon* Titan i ego splav7 W.2sl6-22 159o
(MIM 13:6)
1, Institut metallurgii AN SSSR.
(Ilmenits) 0-ita'alum-Metallurgr)

Quo
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19h. i9o
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32108
S/598/60/000/004/001/020
D215/D302
AUTHOM: Khalimov, F.H. and Reznichenko, V.A.
TITLE!, Investigating the reduction processes of titanium dioxide
and magnesium titanates
SOURCE- Akademiya nauk SSSR. Institut metallurgii.. Titan i yego
splavy, no. 4, Moscow, 1960. Metallurgiya titana, 14-20
TEM The aim of the authors was to discover the influence of Hgo on
the hydrogen reduction of TO 2 in titanate slags by studying (a) phase
transformations and W reaction kinetics. The rediiction was carried
out in H2/H20 mixtures and was followed gravimetrically to constant
weight. Mixtures of chemically pure TiO 2 and MgO were briquetted,
sintered in vacuum at 1500 0C for 6 hours, and analyzed by X-ray crystallo-
graphy. Initial mixtures contained between 5 and 42% MgO by weight;
on sintering, this became incorporated into one or a mixture of two of
t1go. 2Tio 2 'MKO. Ti02 and 2MgOq T'02 Any residue was T'02 . The
Card 1/4
32108
S/598/60/000/004/001/020
invvstigating the reduction ... 0215/002
wettest hydrogen (p H20/pH2 maximum) was used for the first reduction
(at 12000C) to constant weight; the ratio was then decreased and the
reduction continued to a fresh constant weight, permitting the percentage
reduction to be plotted against log PH20 The degree of reduction
7H 2
was substantially independent of hydrogen humidity and was 80 and 62yo
respectively. With the 15:85 mixture the 72:25 dititanate: T i0
material gave on reduction a solid solution of anosovite and so 2
me mag-
nesium metatitanate of overall composition 16:47;37 MgO,-TiO 2 :Ti20 3. The
degree of reduction increased with decreasing hydrogen humidity and
reached a maximum of 80%, The 25:75 mixture (65:35 dititanate- metatita-
nate on sintering) gave a product 27:16:57 MgO:TiO 2M 2 03 in which
crystal structures of n(MgO.MO 2).m Ti3 05 and orthotitanate were
Card 2/4

32108
S/598/60/000/004/001/020
Investigating the reduction ... B215/D302
identified. The 42:58 mixture (49:51 metatitanate,, orthotitanate on
sintering) showed at first a good response to decreasing the hydrogen
humidity but further redtiction had little effect and the degree of re-
duction was only 65%, resulting in 44;16:40 MgO:Ti 203. With pure H 2
the results are given graphicallya The 5:95 and 10:90 mixtures gave
products containing both di- and metatitanate phases (probably solid
solutions) while the'15% mixture gave only metatitanafe, probably con-
taining Ti20 3 in solution. The 25:75 mixture gave meta- and ortho-
titanates, and the 42,58 mixture orthotitanate only. Reduction in
H20/112atmospheres was also applied to mechanical mixtures of MgO
and TiO 2 (up to 20% MgO), briquetted but not sintered. As MgO increased,
less TiO2 became reduced and more became combined as dititanate and,
later, metatitanate. At sufficiently high temperatures 'the mechanical
mixtures were reduced analogously to the titanates. It is believed that
MgO stabilizea the hightemperature form of Ti 305 as anosovite. There
are 3 figures, 3 tables and 6 referencest 3 Soviet-bloc and 3 non-Soviet-
bloc. The references to the English-language publications read as follows:
Card 3/4

32108
S/598/6 0/000/004/001/020
Investigating the reduction D215/0302
L.H. Moore and 11. Gigurdson, J. met., no. 12, (1949; K.A. Goklen and
J. Shipman, J. met., no. 2,(1952); L.W. Coughanour, J. res. Nat. bur.
min., 51, no. 2, (1953).
Card 4/4

_22-SD
32109
5/098/60/000/004/002/020
D215/D302
AUTHORS: Khalimov. F.B. iuid Reznichenko, V.A.
TITLE: Investigating a new titanium oxide Ti 509
SOURCE-. Akademiya nauk SSSR. Institut metallurgii. Titan i yego
splavy. No. 4. Moscow, 1960. Metallurgiya titana, 21-23
TEXT: In the course of an earlier investigation reported by the
authors, some experiments in hydrogen reduction of TiO 2 to Ti30 5 were
discontinued at an intermediate stage, and the briquettes then showed
an inner dark blue and an outer dark brown layer. While the dark
brown layer consisted mainly of Ti 305, it was considered that the dark
blue substance wah higher oxide, but not TiO 20 It had been previously
discovered by N.E. Filonenko et al.(Ref. 2: Dokl. AN SSSR, 86, no. 3,
1952), who gave it the formula Ti 2011 3-4TiO 2. Chemical analysis indi-
cated a compound in the range TiO 1.82'-Tio 1.70 which on the basis of a
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3 2'10 9
S/598/60/000/004/002/020
Investigating a now D215/0302
general formula proposed by Scandinavian workers for lower titanium
oxides of Ti n02n-1 cou ld have been Ti, 509 or Ti 4070 On the reduction
kinetics curves a bend was found at 60-70% reduction (of TiO, 2 to Ti305
which approximately corresponded to Ti 50 9and which the authors adopted
as the true formula. In the reaction 3TiO 2 + H2 Ti509 t. H2 0,
values of Kp "20 determined experimentally varied between
2
1.01 X 10-2 at 1293 0K and 2.14 10 -2 at 14730K. Using Eq. (2)
I IT- 4,576T,*T 2 1g KPI Ig KP2 the mean value of Ij H 0T
0 T I T2
between 1300 and 1500 K was found to he 15.85 kcal/mole. The heat of
formation of the oxide from its elements at 14000K was calculated thermo-
chemically to be -10.44 kcal/mole. The results nre a)nsidered to
Card 2/3

=, Nicil.:0,11KO) V.A.; MiALIMO.V) F-B-; UKOLOVA, T.P.
Titanium oxides. Titan i ego sPlavy no.9:42-69
(Titanium oxide) '63-(IIIP-k 16:9)

SHIbAYEV, Ilikolay Filippovich, polkovrdk, dots., kaTyl. voyennykh
nauk; KHALIKON, F.L., inzh.-polkovnik, red.
(Fighting with rockets) Borlba s raketarl. Moskva, Voen-
izdat, 1965. 128 p. (Ml.U 18:6)

KHALIMOYI
Automatic feed of the thread rolling maohine. Ykahinostroite.1I
no,6:12 Je 963, (MIRA 16:7)
(Feed mechanisms)

)*LIMGVO _1.
Objectives and needs Of highway transport workers in Kazakhstan.
Avt.transp. 40 no.5-.1-3 My 162. (mum 3-5: 5)
.1. Ministr avtomobillnogo transporta Kazakhskoy SSR.
(Kazakhstan--Transportations Automotive)
4,11

AVTAJMILOY, G.G.1 KNALIKOT. K.1.
Film ^Upter for the XM2 microphotography apparatus to be
unad with the XM2 v~avophotography eamera. tab.delo 6 no.3t
46-47 vq6je 160. (9IU 13:7)
1. rafedra patologlqheskoy awtomii (sav. - prof. P.T, Sipovskly)
Lentingradskogo ordsua, Wina, inatituta usavershenstvovaniya
vrachey imeni S*X* Kirova. (diz. - prof. R.1. Blinov).
(MICROPHOTOGRA M )

KHALIMOV, K. 1.
Rare cases of chondroma of the tongue. Stomatologiia 39 no.6:62-63
.N- D 160. (TONGUE-TIZIORS)
;MR OL, .,v
Nt;
R

KULIMOV; Kh.M.
Temperature dependence of the viscosity of estera.and their saturated
vapor96 Zhur.fiz.khim. 37 no.lsl77-179 Ja 163. (MIRA 170)
14 Ifistitut fiziki AN Azerbaydzhanskoy SSR.
.LdKVB anu-irrxgazxorv--L-anaiw-0 y-muea ffoy spe-aimenH-- -30U--aome-s-Ulc-- mice--
(the dominant species), and field'mice, Turkestan bats, voles, jirds
and shrews. 'Leptoopira were found iri the kidneys of 19 of the domestic

mice. Eighteen S~raine of leptospira Isolated from these mice were
identified by the agglutination and lysis reaction as belonging to the
serological group hebdomadisp type oejroe (standard strain M-84). The
leptospiroia carriers were mostly healthy adult males (Hue musoulue 1.
Orig. art* has': I#tablee EWA-50,0- CBE NO- 14
SUB CODEf. 06/ ..,SUB%.DATRs none/ ORIG REP: 008
Card 2
1-1 ---

SOLOKWO, I., iazh.-ekonomist; TOPCHIY, Y.; VMIN,
Our readers' suggestions. Yin.SSSR 21 no-6:77-78 Je 160.
(MIU 13:6)
1e Starehiy kredituyy inspektor Kabardino-Balkaxskoy kontox7
Stroybankm (for Topchly). 2. Zaveduyushchly Irtillskim rayfinotdelom
Voronezbelcoy oblasti (for Verlin). 3. Zavechiyuchchly Charodiuskim
rayfinotdolom Dagestankskoy ASSR (for Khalimov).
, (Finance)

KHALIMOV, T.A., red.
[Leningrad Institute of Water Transportation Ingineeral Lanin-
gradukii inatitut inzhenerov vodnogo transporta, 1930-1955.
Leningrad, 1956. 225 p. (MIRA 14:4)
1. Leningrad. Loningradakiy institut inzhenerov vodnogo
transporta.
,-. (marine engineering) (Leningrad--Naval schools)

S/020/62/145/006/008/015
B18i/BIO2
AUTHORSi Lisitsa, M.-F., Strizhevakiy, V. L., and Khalimonova, I. N.
TITLEt Anomalous intensity-distribution of vibration bands from
Fermi resonance
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 145, no. 6, 1962, 1262-1264
TEXTs The Fermi resonance in absorption spectra of multiatomic molecules
was studied theoretigally, paying special attention to intermolecular
interaction (A. S. Divydov, Teoriya pogloshcheniya aveta v molekulyarnykh
kristallakh - Theory of light absorption in molecular crystals - Kiyev,
1951). It has been found that the doublet lines must.be polarized at
ri6ht angles to one another. Measurements made in polycrystalline layers
of CCI4 showed that both lines are polarized equally. Absorption in the,
region of vibration from plane deformation of the symmetry B 1 with the
complex term of the same symmetry were studied in the case of liquid and
crystalline iodobenzene and chlorobenzene. The intensity ratio of the two
doublet'lines Ivj/Iv is almost 1 for M 4' for the liquid benzenes < 0.1,
Card 1/3

S/020/62/145/006/008/01*5
Anomalous intenBity-distribution...
B181/B102
for iodobenzene crystal (T - -35 to -1670) about 10, and for crystallized
chlorobenzene about 1. The anomalous intensity ratio can be explained by
the results arrived at in an earlier paper (V. L. Strizhevskiy, Optika i
spektroskopiya, 8, 165, 196o). If v and v1 are resonance terms and if
2L 2
v < 1 6
IVI/I ~11, then the condition v - - '> ; (1) is obtained
v 6 k 6-1 'k ~/ 1
where LVVI is the matrix element of the vibration energy transfer from
molecule to molecule, 6 is the "natural" distance of the splitting com-
ponents k a po 0 0 and p 0 are the matrix elements of the dipole
ov/povj1 POV ovi
moment for thb corresponding transitions. If L vvt < 0 and &> 0, then
~2 k2_1
j(_;
I> (2) is obtained from (1) where % is the distanoe*of the
61 k
doublet maxima. From (1) and (2) it follows that a migration 'of the
vibration excitation in the crystal, which makes intermolecular resonance
possible, is the cause of the anomalous intensity ratio. There are
figures.
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6/020/62/145/006/008/015
Anomalous intensity-distribution... B181/B102
ASSOCIATIONt Kiyevskiy gosudaretvennyy univeraitet'im. T. G. Shevchenko
(Kiyev State University imeni T. G. Shevchenko)
PRBShIdEDt April 13, 1962, by I. V. Obreimov, Academician
SUBMITTk,Dj April 109 1962
Card 3/3
F~'

ACC NRj AR601620IJ SOMCE CODE; UR/0056/65/OO0/O11j1JOWDT3U_
AUTHOR: Lisits Khalimova 1. N.; argheW, N. L
La)__M. P.-
TiTL'E: Fr-R-quvacies and intenaii.ien in the iriftared spectrum of stilbe
SOURCE: Ref..zh. rizikap Abs. LID292
PXF SOURCE: Tr- KOMiso po, spektroskopii. AN SSSRp t- 3o W- lp 1964, 125-129
TOPIC TAGS: luminescent arystalp.scintillator, absorption spoctrump crystal symmetry,:.
grganic crystal., Raman spectrum
ABSTRACT: quantitative measurements were made of the absorption of crystalline stil-
bene in the spectral interval 1-17 p. Its molecules, which exist in the crystal only
in the trans-form, have a symmetry CM. The Raman spectrum was used for identifica-
tion of the observed bands, inasmuch as the composite tones in the absorption spec-
trum are, in accordance with the selection rules, combinations of oscillations that,
are cantrally-symetrical-and asymmetrical about the inversion center. Data are also
presented on the extent to which the observed vibrations are characteristic with I
respect to frequency in the series comprising stilbene, tolan, and (TrAns-
lation of abstract]
00 CODE: 20
L5
Y~*~~ N,

K I y , 11. i~,K I I It
wborl-
arLLn.-- arid JQYl Farm. toks. 26
Ot6k~l PA) aki,imu-stl novykh
ainte""a (zFv. kind. med. naol, Yu.J.
VAhl'vay,iv" ln~tf tal,i. aikolo:z-11 I Kh'nAolaran'l AMN USSR.
-~41M
T's
~N,

KHAMMOVAP X.M.
Comparative study of the pharmacclogleal activity cf symyatho-
lyties, v-bromobenz7l amnonlum derivatives. Farm. I taks. 26
no.2-:179-184 Mr-Ap 163. (MIRA 17t8)
1. Otdal PO vy-yavloniyu fiziulogich"skcy aktivnost! no%7kh
produktov khimicheskogo sinten (zav. - kand, med, nauk Yr..%
Vikl,lyayev) lnstLtu~a farmakologii i khimicterRrIl AM S-11-11R.

KHALIMOVA, K. M.; BRISKII, A. 1.; .1. '1'.; (Mo3kva)
0 vliyanii kurarizataii na bicelektricheskuyu aktivaost' mozga krolika
no tsentrallrtyye effekty aminLaina
reoort submitted for the First Moscow Conference on Reticular Fomation,
Mosco,,:$ ~2-26 Marnh 1960.

SHKLYAR, H.S.; KHALIMOVA, L.A.
Increase in the antiliotic activity of micrc-Drganisms under
the effect of the culture medium. Agrobiologila no.5s680-
683 S-0163. (MIRA 17:5)
1. Vsesoyuznyy nauchno-issledovatellskiy institut sellskokho-
zayaystvennoy mikrobiologil, Leningrad.

KRALIIIDVA, H.. uchonik kamenshchike,
Gauge for fitting window and door frames. Ila atroi.,M-osk, 1 no,9128
S 158. (MIRA 11:12)
(Windows) (Doore)

Ji
TI'1U:
FIRIODICAL:
S/00/62/007/002/0i3/014
A057;/A).26
Novikov A.14. _Khalimova,'Vg1
Synthesis of iodine derivatives of terphenyl
Zhurnal vsesoyuznogo khimicheskogo obshches-,.va Imeni D.I.
M,endeleyeva, v. 7, no. 2, 1962, 234
TEXT: Iodine derivatives make visible the effect of the composition and
stnicture of organic compounds on their scintillation properties. Only one com-
plicated me-thod for the preparation of an- Iodine derivativi! of terphenyl is
described in literature. The present authors prepared, ac.-.ording to a method
developed earlier, by direct iodination of terphenyl in th? presence of a nitrat-1
ing mixtuve with 44.4% and 43% yield respectively, 4-lodim terphenyl and 11,4', -
-di-iodine torphenyl, 4-lodine terphenyl was prepared by mixing 2 g terphenyl,
15 ml glacial acetic acid, 1.12 g pulverized Iodine, 1.43 in! sulfuric acid, and
2 ml carbon tetrachlorideat 34-360C and adding, vigorously stirring, dropwise
0.32 ml nitric acid, avoiding a raise in temperature, or excess of nitric acid,
which would contaminate the product. Subsequently the mixture is heated to BOOC,,'
V/
Card 1/2
-P
Z

ACC NR, AR6004372
SOURCE CODF.- , UR
AUTHOR: Novikov, A. fl.; Khalimova, T. A.
TITLE: Synthesis of some s and their derivatives
SOURCE: Ref. zh. Khimiya, Abs. l5Zhl55
/000
i~M-038/--110-3-8
361
REF SOURCE: Tr. v. 170, 196h, 45-h8
TOPIC TAGS: organic synthetic process, chemical reaction, hydrocarbon, sulfuric
acid, nitric;acid %
ABSTRACT: A series of biphenyl, terphenyl, and quaterphenyl derivatives, used as'.
scintillators for.registration of elementary particles have been synthesized. Over
a period of I hr and 10 min, 4.6 ml Of HN03 (sp gr - 1.4) w.-e added to a mixture of
38.5 g biphenyl, 577 ml glacial acetic acid, #31.49 g of 12 and 33.11 MI HZS04
(sp gr - 1.84) with vigorous stirring (water-bath temperature is kept at 34--360C).
After 5 min the mixture is diluted with water, and the 4-iodobiphenyl (CL2H9I) is
filtered off; the yield is 54%, m. p. 113'C (from alcohol). 13.06 g of KCN and
2-7 g Cu powder are added to 40.81 g of 4,4-diiodobiphenyl. After 3 hrs of heating
at 30O'C the mixture is boiled with Alcolul, and then di2ated 74th water; the 4,4-dicywobi~=Y~
then prmipitates. The yield is 2(%, m.'p. 2340c. L mixtute of 440 g. of 150 ml C H Imd'2100 g
Cu pa4der is pkeed in an autoclave, where it is kept for two hr at 280--3009C! The
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LZ290~4~ -.- - --
ACC NRs Ai,W4372
~ I--- _i
mass is then cooled, ground, and treated with boiling C113COI~%. The hot solution
is then filtered. From the filtrate a precipitate is separated. After distillation
and purification in Al 03, terphenyl is obtained; the yield is 82%, m. p. 212--2130C.
A mixture of 1#65 g of Ciodobiphenyi and 450 g cu powder is placed in an autoclave.
The temperature is raised to 2900C over a period of one hr. After two hr at this
temperature, the mixture iu cooled and ground, and the quaterphenyl is obtained by
distillation (from benzene). The yield is 42%, m. p. 316-2-17-50C. A mixture of
1. 5 ml H2S04 (sp gr = 1. 84) and 0. 4 ml HNO 3 (sp gr = 1. 4) is added during 30 min to
1 g of quaterphenyl, 1.66 9 Of 12, 15 ml glacial acetic acid, 2 ml CC14, and 0.5 g
of urea. After 2 1/2 hr of heating, the mass is cooled and 4-iodoquaterphenyl
(C 4HI7I) is filtered off. The yield is 44%, m. P. 3810C (from cyclohexane). The
4.411 1-diiodoquaterphenyl (C H I ) is. similarly obtained. The yield is 72%,
2~'16 2
M. p. 4030C (from cyclohexane [14. Nipot]
SUB CODE: 07/ SUBM DATE: none
2/2 0

NOVIKOV, A.N.; KHALIMOVA, T.A.
Sl=ltaneous introduction of iodine and ~ t'ro groups into
aromatic hydrocarbons of the polyphenyl series. Zhur.
VKHO 7 no.6:698 162. (MIRA 15:12)
1, Tomskiy politekhnicheakiy institut.
(Hydrocarbons) (Iodine) (Nitro compounds)

F-HAM."OVA, U. 101., Cand Tach Sci -- (dius) "F~aotocolorirwtric datarminatul
of tht! chro.,,acity of vegetable oils and the products of thdir reprocessing
Tashkent, 1957.. 1B pp (Aeaderay of Sciences Uzbck SSi. Institute of
Chemistry), 200-copies (n, 36-57., 106)

'MIMOU, U.1h.; MARKMAN, A.L.
Phatocolorimetric determination of the color index of cottonseed
oil. Isve AN Uz.SSR Bar. khim. nauk no.2.-77-86 157. (MIRA 11:8)
(Cottonseed oil)

KHALIMOVA, U-1h.; MARKMAN, A.L.
wwpftw-~
Photoelectric color index determination of vegetable oil and its
products. Izv. AN Us. SSR. Ser. khim. aauk. no-3:99-105 '57.
(Oils and fats) (Color measurment) (MIRA 11:9)
t

ZHUIMOVA, 'U.Kh..kand.tekhn.ttauk; VLTS, B.A., kand. teKhn. nauk
Removal of pigment glanAules from cottonseeds. Masl.-zhir.prom.
26 ng.11:10-12 J 160. (MIRA 13:11)
1. Bredoeasiatskiy filial VaesoyuznoTo nauchno-isaledovatellskogo
instIctuta shirov,
-(Cottonseed) (Gossypol)
M
-N I
H

KHALIMSICIY, IWxq,ArnoVdovich; CIOUIYWO, M.S., k=a. sel'skokhozygyntyannykh
*-----------'--"j~~ # redo; GUSITA, B.P., red.; XOZU)T' S.Y., tekhn. red,
[7or good corn yields) Za vysokii uroxhai kukuruzy. Pod red. M.S.
Gordienko. Alma-Ata, razakhokoe goo. tzd-vo, 1956. 13 P.
(MIR& 11:7)
1. Brigadir ovoshchnoy brigady No.6 kolkhoza vkch Vostokaw
Alma-Atinskogo rayona Alma-Atinskoy oblaotjrv(for Khalimakiv).
Orazakhetan-Corn (Maize))

NCVOZHiNIN V~; MALIN, A.; SAMOYLCV, Ye., narndnyy artist RSFSR; GERASIMOV,
ile khudozhnik SSSR; TrUMMELI, Gerbert, novator,
GerV Truda; KRAL, Eduard
Victory of Lanin's ideas. Sov. profsoiuzy 17 no.16:8-9 Ag 161.
1 (MIRA 14:7)
1. Predsedatell tsekhovigo R=Ateta prifaVuza motornogo tsekha
No.3 Gor'kovskogo avtozavoda (for Novozhinin). 2. Fredsedatel'
rabochkoma sveklosovkhoza "Rubtsovskl:y"'AlUyskogo kraya (for
Khalin). 3. Avtomobil'nyy zavod "Barkas", g. Karlmarksshtadt (for
Tyummel). 4. Ruk7voditel' brigady 5otsiali3ticheskogo truda imeni
Yurlya Gagarina, zavod ChKD "Stalingrad," Praga (for Kral).
(Communism) (Russia--Economic policy) (Astronauticsl

KHALINj G,A, , -
--4- , --,
Effect of the conditions of hardening on the frost resistance
of forage grasses. Bot. zhur. 48 no.9tl385-1389 S 163.
04IM 16: 11)
1. Vsaaoyuznyy institut rastaniyevodetva, laningmd.

SUKORTSIVA, K.D.; NMYLTDOU, Te.T.; KRALIN. G.A.
Chemical control of woods in vegetable gardens. lone. i ov. prom.
14 no.1:30-32 J& 159. (MIRA 12:1)
l.TBentrallnyy nauchno-iseledovatel' skiy ipstitut kotservno7 i
ovoshcheaushillnoy pronyahlennosti (fgr S*ortseva). 2.Opytnayn
stantsiya "Ka7ak" (for Neklyudova, Xhalin),
(Vegetable gardening) (Wped control)
V

SULDRTSIVA. X.D.; NINRLYLTDOVA, Te.T.; MALIN, G.A.
Using herbicides in the growing of onion seeds. Kona. i ov. prom.
14 no.6:35-36 Je 159. (MIRA 12-.8)
1.Moskovskoye otdoloniye Voesoymnogo institute, rasteniyevodetva i
Opytno-selektaionneya stantsiya "Ma7ak."
(Onions) (Herbicides)

ON
Vu,: izi:

NN
t,4
.Pw
0, NN

LIVSHITS, B.G.;_KHALIN, L.A.
Nature of the temporary drop of permeability in Permalloy-
type alloys. Izv. vys. ucheb. zav.; chern. met. 7 no.11:
147-148 164. (MIRA 17:12)
1. Moakovskiy Institut stali i splavov.
r

L ~*.
A Study of the Mosaic Structure of the Ganum Phase of Iron-Nickel Alloys in For-
it
ward and Reverse Martensite Transforrations, with Golovchiner) Ye. M., and
Landa, B.A., Pnge 136.
lu bonk Problem if Phyaloal Metallurgy, W)aoow, Mat&Uvrgizdat, 103, a,3p.
(Ita. Sborvak trudov, ir. 5)
The art1cles Ln the book present reau.1ta of Invest1gatlona oanduoted ty tbko
isaulng body, Inat, of Physioal WtaLlurgy, a part or the Cont, Sai. Pao. 11not. of
Ferrous Met&llurgy, IDoatod Jn D33&peppetroyak. The Immstlgatlai3 were comerned
with pbAspi tranafarmationx in &Uoyv, stren*LbanIng and saftoming processes,
dlMaim proneness (studied with the aid of radloaotlya Isotopes,), and oertalu
ot-bor quaotims,

GOLOVCHDIER, Ya.H.; MALIN, L.M.; LANDA, R.A.
Studying gamma phase mosaic structure in iron-nickel alloys during
direct and reverse martensite trAnSfOMAtions. Probl. metalloved. i
fiz. met. no.5;136-146 158. (HIRA 11:4)
(Iron-nickel nlloYo--Metnllorrnphy) (HArtensite)

SOV/1 37-58-7-15653
Translation from; Referativnyy zhurnal, Metallurgiya, 1958, Nr 7, p 248 (USSR)
AUTHORS: Golovchiner, Ya. M. , Landa, R. A., Khalin, L. M.
TITLE: Studly of the Mosaic Structure of the Gamma Phase of Iron-nickel
Alloys during Direct and Reverse Martensite Transformation
(Izucheniye mozaichnoy struktury gamma-fazy zhelezonike-
levykh splavov pri pryamom i obratnom martensitnom prevra-
shchenii)
PERIODICAL: Sb. tr. In-t metalloved. i fiz. metallov Tsentr. n. -i.
in-ta dhernoy metaIlurgii, 1958, Vol 5, pp 136-146
ABSTRACT: Alloys of the composition (in %6) C 0. 05, Ni 27. 3, Ti 1. Z,
and the balance in Fe (1) and C 0. 06, Ni 23. 5, Mn 3. 3, the
balance in.Fe (11), were investigated. By means of the varia-
tion of the Debye interference spot the'maximum disorienta-
tion (D) of the mosaic structure, and the behavior of the y
phase in the course of the direct (DMT) and reverse (RMT)
martensite transformation were studfed. The D increases
considerably during DMT and to a still greater extent during
RMT. Upon raising of the heating temperature after the
Card 1/2 completion of RMT the D also increases. In alloy 11 the D

SOV/137-58-7-15653
Study of the Mosaic Structure of the Gamma Phase (cont. )
decreases somewhat in the initial state of RMT which can be attributed to
Ifelastic" relaxation of stresses of type 11. In the course of RMT and duririg
subsequent heating, a modification of the orientation of the crystal as a
whole is also observed, aside from the increase in D.
1. Iron-nickel alloys--Phase studies 2. Iron-nickel alloys L. V.
--Structural analysis
Card 212

POPOV, V-1 kand. ekonom. nauk; KHALIJI, M.
She found her happiness in the Soviet Union. Nauka i
zhyttia 12 no.LI:2-3 D 1620 (NIRA 16:8)

MELINIK, M.L. MALIN,
Peorinnis of the oral mucoss. Vest.derm. i ven. 32 no.1:76 Ja-F
158. (miRA 11:4)
1. Kiyevskogo gorodskogo kozhno-venerologicheakogo dispRnsera.
(PSORIASIS) (KUCOUS KEMERANE--DISEASES)
-IM

11 1 . - )-
ALL NR& APOOM340 MUNUb uUnn
AUTHORS: Kolenko, Ye, A.; Khalin N. P.; Enken, 1. V.
ORG: none
TITLE: Trap for an oil-vapol-
~trfusicn p~mVv*,Class 27, No. 176032 lannounced by
Physico-Technical 1nstjtu1b6,-""WVUkr3SR (Fiziko-tekhnicheskiy institut, AN UkrSM);
111stItute f eiTdconductors, AN SSM (Institut poluprovodnikov, All SSSR27
SOURCE, Byulleten' izobreteniy i tovarnykh z"akov, no. 21, 19659 37
TOPIC TAGS: diffusion pump, vacuum diffusion, vacuum oil, vacuum pump
11.10
ARSTRACTs This Author Certificate presents a trap for an oil-vapor diffusion pump.
The trap contains an antimigration device of fluorine-plastic ring3 fastened i-~-
the housing of the trap. To prevent the migration of the oil alone the 3urface of
the trap housing into the evacuated space, the antimigration device contains two
conical rin[;s fitted vacuum-tight into the housing of the trap. A V-shaped space
is formed between the two rings. The "V" is turned toward the pump side. To
prevent the condensation of oil vapors on the comical rings of th4 antimigration
device, a guard ring is placed between the conical rings and the working chamber
of the pump (see Fig. 1). The guard ring is made from a material that is not wetted
UDG 1 62,1.537.6

f-ACC
NRs -A-P-60-00-3~6--
Fig. lo 1 - Trapi
2 ard 3 - conical
rings; 4 - diffusion
pump; 5 - guard
ring,
by the oil, e.g.j fluorine-plastic."*Orig art, has, 1 figure,
SUB CODSI 131 SUBM DATEs 0939P64

/V
112-6-11863
Translation from: Referativnyy zhurnal, Elektrotekhaika, 1957,Nr,', p-13 (USSR)
AUTHOR: Khalin, N.F.
TITLE: A Change in Manufacture of Insulating Tubing
(Izmeneniye tekhnologii izgotovliz,1ya izolyatsiouuykh trubok)
PERIODICAL: Sbornik ratsionaUzatorWdkh predlozheniy, Ministerstvo elektrotekhnicheakoy
promyshlennosti SSSR, 1955, #54, p-32
ABSTRACT: Suggested by Boroday, P.T., is a method of manufa2ture of electric inEulating
bakelite tubing by means of molding them out of isodin (paper and bakelite
crumbs). The now method promises labor savings and a considerable cost caving.
ASSOCIATIO14: EhETZ plant, KhaAov. A.O.M.
Card 1/1
KIIJUJNX P.G., inzh.
Mechanical conveying of refractory articles. Mekh.i avtom.proizv.
18 no.2-16-17 F 164. (MIRk 17:4)

DORFMAN, B.A., inzh., nauchnyy sotrudnik; FAYVISHWO, L.I., insh., nauchnyy
sotrudnik; MUZANOVICH, N.L., inzh., nauchnyy sotrudnlk;_~
P G,.,,inzh., nauchnyy sotrudnik; PSYCREV, G.P., otv.red.;_BSLIU-,
red.izd-va; ANDREYEV, S.P., tekhn.red.
[Track maintenance at iron and steel mills) Opyt raboty puteitsev
sholesnodoroshnogo tran3porta predpriiatii chernoi metallurgii.
Kharlkov, GoB.nauohno-tekhn.izd-vo lit-ry po chernoi i tevetnoi
metallurgii. 1959. 101 p. (MIRA 12:10)
1. Kharkov. Voesoyasnyy nauchno-iseledovatellskiy institut
organizatsii proizvodstva i truda chernoy metallurgii. 2. Too-
soyuznyy na-uchno-issledovatel'skiy inatitut orgenizataii pro-
izvodstva i truda chernoy metallurgii.(for Dorfman, Fayvishenko,
Khasanovich, Xhajin).
(Railroads, Industrial) (Railroads--Track)

S/19 61/000/012/076/097
D273YD301
AUTHORS: Khalin, P. G. qnd Verbeako, Ye. G.
TITLE: Ultrasonic cleaning of deposit in locomotive boilers
PERIODICAL: Referativnyy zhurnal, Avtomatika i radiaelektronika,
no. 12, 1961, 19, abstract 12E102 (Sb. nauchn. tr.
Vaes. n.-i. in-t organiz. prioz-va i truda v chern.
metallurgii, 1960, no. 1, 145-153)
TEXT: A description is given of the construction and results of
trials of an ultrasonic plant for preventing and removing deposits
produced by the All-Union Scientific Institute Organization of Pro,
duction and Labor in Mining Metallurgy on the basis of development
work of the Leningradskiy institut inzhenerov vodnogo transporta
(Leningrad Institute of Water Transportation Engineer-?!). The lant
was used on the boilers of locomotives of the 3fl (9P) series ~steam
pressure 13 kg/cm2, heating surface 91 .6 m2). A pulsc generator on
the gas discharge tube (frequency of oscillation 15 kc/s, repeti-
tion frequency 3 - 4 c/s) feeds a vibrator of resonant frequency
Card 112

S/194/61/000/012/076/097
Ultrasonic cleaning of ... D273/D301
30 kc//s. In the boiler, the oscillations from the vibrator are
transmitted through a wave-guide with a cooling jacket. The plant
is fed from a steam turbo 'generator. Trials showed that up to 80~
of the surface of the boiler is cleaned on feeding soft water; on
feeding hard water there remains a constant layer of deposit of
thickness 0.1 - 0.25 Mm, which protects the walls of the boiler
from corrosion. The authors think that the removal of the deposit
is explained by a difference of modulus and the prevention of it
by destruction of growing crystals. 5 figures. /-Ab*stractor's note:
Complete translation._ 7
Card 212

KIIALIN, P.M.
Automatic ma4une for manufacturing molding hooks. Mashinostroenie
no.1:109 Ja-P 162. 1 (MIRA 15:2)
(Foundries-Equipment and supplies)

KUSNOKWSKIT, I.; KHALIN, H.
Nxisting practices should be maintained. Mias. ind. SSSR 30
no.5:32-33 159. MU 13:1)
1.41ininski3r sovnarkhos (for Krasnokutakiy). 2.Ulininakiy trest
myasno.r pronqshlennooti kfor Khalin).
(Meat industry)

KH&LIN, R.
Trained stock-yard receiving personnel and tape for marking
cattle. Mias.ind.SSSR 31 no.1:34 160. (MIRA 13:5)
1. Zamestitell upravlyavushchego Kalininskim m7asotrestom.
(Stock-"rds)

KHALIP, Ta.
Virgin lands became a comfortable home. Sov. foto 19 no.10:9-13
0 '59. (MIRA 13:1)
l.Potokorrespondent zhurnp-la, "Sovetakiy Soyuz".
(Altai Territory-State farms)

KHALIFW, I.F.0 general-mayor
Be skillful In combining exactingness and concern with regard to
your subordinates,, Vest.protivovozd.obor. no-3:&12 MIT 161.
(KM 107)
(Military discipline) (Russia-Armed forces-Officers)

KHALIPOV, I.F.,.general-leytewint
Closely massed around our native party. Vest.protivovozd.obor.
no.10:11-16 0 161. (MIRA 15:2)
(Commini t Party of the Soviet 34ion)
(Fmssia-Army-Folitical activity)

MAKRIDIN, A., podpolkovnik)- KHALIPOV, V.., kapitan
New instructions for Communist Youth League organizations. Kom.
Vooruzh.Sil I no*17:78-83 3 161. (MIRA 14:8)
(Russia-Armed forces-Political activity)
(Comm:unist Youth League)

K M JpOVI V., Otarshiy leytenant,
Insure reliable control undor any condition-3. Voen.vest. 41
no.10:77-78 0 161. (14IRA 15:2)
(Fire control (Gunnery))

KHALIPOV -V ,-mayor
Relay race for good causes. Voen. vent. 41 no.4s,12-13 Ap
162. (MIRA 15s4)
(MIlitary education)

mayor, delegat XIV s"yezda Vaesoy-uznogo Leninakogo
JP!Al~
kommunistichaskogo soyuza m(lodezhi
We should be sociable as Lenin to be. Komm.Vooruzh.Sil 2
no.9:67-70 Fq 162. (MIRA 15:5)
(Russia-Army-Military life)

KOMISSAROV, V., polkovnik; KHALIPOV, V., mayor; DANILOV, A., kapitan
Authority of the youth leader. Kowm. Vooruzh~. Sil 3 io 1:60-64
Ja '63. iMIRA 7#
1, Sotrudniki vneshtatnogo otda~a komsomol'skoy zhizni zhurnala
"Kcmmunist vooruzhennykh silw.-A
(C St youth league)
(lussia- f9rces-Political activity)

S/125/61/000/007/012/013
D040/D113
AUTHORSt Furman# Ye.Is and Khalippa, M.
TITLE: The First Fsoviet
ence on welding I Central Asian scientific research confer-
PERIODICAL: Avtomaticheskaya svarkal~no- 7, 1961, 92-95
A
TEXT: The I Bredneaziatakaya nauchno-tekhnicheakaya konferentoiya po avarke
First Lsoviet 1
I Central Asian Scientific Research Conference on We ding) or-
ganized by the GNTK Soveta Ministrov Uzbekskoy SSR (GNTK of the Council of
Ministers of the Uzbekskaya SSR), Institut elektrosvarki im. Ye.O.Patona
(Electric Welding Institute im. Ye.0. Paton), Sovnarkhoz Uzbekskoy SSR (Snv-
narkhoz of the Uzbekskaya SSR), and the GNTK of the Councils of Ministers of
the Kirgizskaya SSR, Tadzhikskaya SSR and Turkmenskaya SSR, was held from
March 15-18, 1961, in Tashkent. The conference was attended by 500 delegat4B
inciuding welding specialists from boviet scientific research institutes,
Sixteen reports were heard, 1~ are listed below together with a brief summmy
of the subjects discussedt (1 B.Ye.Paton, Academician AS UkrSSR, and Direc-
tor of the Electric Welding Institute im. Ye.O.Paton reported on the increase
in the mechanization level of welding in the USSR between 1958 and 1960p due
to extensive use of automatic submerged arc welding, electro-gas welding etc.
Card 1/5

S/125/61/000/007/012/013
The First IS ovie Central Asian .... D04O/Dll3
He also spoke of the application of new welding methodssuch as electron
beam, plasma are, ultrasonic, friction, cold welding etc.; (2) T.G. Kagrama-
nov, Deputy Chairman of the GNTK of the Council of Ministers of the Uzbeks-
kaya SSR, reported on the introduction of welding technique in industry and
stated that the volume of welding work carried out in the machine industry of
the Uzbekskaya SSR in 1958 is to be more than doubled by 1965 and he also
stated that a welding laboratory had been organized in 1960 at the Gosudarst- V/
vennoye konstruktorsko-tekhnologicheskoye byuro sovnarkhoza Uzbekskoy SSR
(State Design and Technological Office of the Sovnarkhoz of the Uzbekskaya
SSR); (3) V.Ya. Timoshenko, Chairman of the GNTX of the Council of Mini3ters
of the Kirgizskaya SSR# outlined the present state and prospects of develop-
ment of welding in the republic and stated that the annual volume of welded
structures had to reach 51,000 tons by 1965, It was also reported that cen-
tralized production of large welded structures had been organized at the
"Frunzemash" Plant and that repair plants were using the vibration resistance
surfacing method; (4) N.R. Rakhimov, Chairman of the GNTK of the Council of
Ministers of the Tadzhikskaya SSRf reported that the level of welding mecha-
nization in the republic at the present time is 20% and that it has to reach
60% by 1965. The following points were also mentioned; A semiautomatic line
for welding reinforcement is in operation at the Stalinabadskiy zavod zhele-
zobetonnykh konstruktsiy (Stalinatad Reinforced Concrete Structures Plant);
Card 2/5
"pr-'M
'~v

S/125/61/000/007/012/013
The Fint Soviet Central Asian .... D040/D113
automobile repair plants are using accumulator welding for surfacin worn parts;
cold welding of aluminum and copper electric wire is being usedl (55 B.A. Cher-
-nyshev, Chairman of the GNTK of the Council of Ministers, Turkmenskaya SSR, said
that the mechanization of welding in the metalworking industry in the republic
has to be increased from 4% in 1960 to 45% in 1965; (6) D.A.Dudko, Candidate of
Technical Sciences, of the Electric Weldirg Institute im. fe.O.Paton reported on the
development of Soviet welding processes and mentioned that the welding speed in
the submerged arc process can be increased to 200 m/hr or more; (7) I.I.Frumin,
Doctor of Technical Sciencesp of theMectdr, Welding Institute im. Ye.O.Paton discussed
various methods of mechanical surfacing and mentioned the importance of the appli-
cation of tape electrode, powder wire and tape, and vibro-are surfacing; (8) A.P.
Sushchenko, Candidate of Technical Sciences, of the Tashkentskiy institut inhene-
rov zheleznodorozhnogo transporta (Tashkent Institute of Railroad Trantpurtation
Engineers) reported on "Automatic surfacing nf hard alloys on workpieces of vari-
able cross-section in aerial production", and mentioned an automatic multi-eloo-
trode submerged -arc process that has been used for wedge-shaped parts;( 9) V.I.
Novikov, Candidate of Technical Sciences, of the Electric Welding Institute im. Ye.O.
Paton) discussed the fundamental principles in the design and planning of welded
structureo; (10) B.M.Aleksandrov, Engineer, spoke on the rate of mechanization of
welding processes, (11) N.I.Kushnir, Engineer, reported on the practical applica-
Card 3/5
P~
S/125/61/000/007/012/013
The Fimt Soviet Central Asian .... D040/D113
tion of cast iron welding and experience in selecting methods of repairing cast
iron oarts. He also described methods of welding-up flaws with copper-steel rods,
~44%'TsCh4) electrodes etcl (12) S.M.Gurevich, Candidate of Technical Sciences,af
the Idectic W31ding Institute im. Ye.O.Paton deacribed the basic methods for welding
nonferrous metals and their alloys, and the latest welding equipment used for this
purposel( 13) N.Ya.Kochanovskiy, Candidate of Technical Sciences (VNIIES~O), des-
cribed modern welding equipment developed at VNIIESO, (14) A.I.Chvertko, Candid&-
te of Technical Sciences, reported on machine welding and surfacing equipment deve-
loped at the Electric Welding Institute im. Ye.O.Paton; (15) A.N.Shashkov, Candi-
date of Technical Sciences, Director of VNIIAvtogen, reported on "Modern develop-
ment of the technology of gas-flame treatment of metals". The decisions of the
conference concerned the further development of the welding industry, the mechani-
zation of.labor-consuming work and the comprehensive mechanization and automation
of technological processes at enterprises and construction sites in Soviet Cent-
ral Asia. At an exhibition of achievements in welding technique organized for the
monference, exhibits of the 11Uzbekkhimmaihft Plant includin a unit for welding
%, f -
annular seams on large workpieces, and a modernizedTC-L7 IfYN-17MO Welding 'Trac-
tor" for annular seams, were shown. Engineers V.V.Bychkov and K.V.Smol1skiy of
"Uzbekkhimmash" are mentioned in connection with these developments. The Tashkent-
skly ekskavatornyy zavod (Tashkent Excavator Plant) demonstrated flexible rod de-
C~Lrd 4/5

lHair-smy, A.-Ld
29329 Kyuriterapiya i pentpnotereplya raka guby. Voprosy onkologii i rentganologii,
No. 1-2, 1948, S. U1-46
SOs Latopail Zhurnallrqkh Statey, Vol. 39, Moskov, 1949

Flit'd,'! 1,"Kl-Y, -- A.L.
29Y3- Rentgonoterapiya boyevykh tz',-jvr, i J.k,-, oslozYmerV. Voprosy o.-,kolcEii i
rentftonologiJ. No. 1--~, 191,115, s. 309-16.
SO: lzv~.-atya Alc. Nauk Latviv.,:kwj No. 9, Sept., 1955

MlIPSKlY. A.L.
[Brief manual on roentgenotherapy and curietherapy for skin diseaseal
Itratkoe rukovodstvo po rentgenoterapil i kiuriterapii boleznei koxhl.
Iriev, Goa. meditainakoe izd-vo USSR, 1949. 110 p. (MLRk 7:12)
(Skiti-Diseases) (X-raye--Therapeutic use) (Radium--7herapeutic
use)

CA
Samep poetlassidlothisr"fiaormoodianti, and its Met.
ndmosties.
of 11*41th. MoNc6im). Orgar" 1052. So. 4. 14 41
The ploys. pf"at ks of lIrt4ort-12 mir Im"I ll~ towwi
With hot foUfflit" lot flit Can CRISOP ItN111461kin 14 CKI,
For it quAl. test thor Air maWk 6 pa~f info a bur"" Itinir
its cunwirs with a pitsore Cu gaum*. a po-. t"I k ifidica(ml by a
Vor" calar. This rakm is given by runciiii. as low a, 0.0.;
ms-il. The ford cakfor with py0dine unit ollush I% u%tful
fnirtheilorm The air slwcimm 6 iumpled in a mixt. -4 210-,
NsOlf with 2 ml. joyAline; the upper L&vvr turn% ml in the
JAI W im o( CWP, atul the ecakw 1~ comporrit with st.owl ir-I
pirl.l. lf,mo kommu wolm. or wilim of onethyl rril m rxig,
V.41t3c,

, - j - - -- - - - T. - 1 11. w-i--- ---il -. . --
11 i"ar ta tic I'I(Ai,l i,etliocl for the -yntliesis oi' 61r.,~;txonel-at,ivt! ~,Ols, ~E-
I~olluidal -'Zuro of Liodd," Lapiski 7,oronozhs: