SCIENTIFIC ABSTRACT TYUTINA, K.M. - TYUTYULKOV, N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001857810006-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S1 12 3/6 210(k,100610 11 /C 18
Electrodeposition of tin-nickel alloys A0041A101
the following electrolyte (in g/1): nickel chloride NiC12 - 6H20 - 250 - 300
(2.1 - 2.5 n); tin chloride SnC12 * 2H 0 - 45 - 50 (0.4 - 0 .5 n); ammonium
fluoride NHIIF - 60 (approximately 1.6 n~_; paraphenolsulfonic acid (commercial) -
0.5 mol/1, with a pH-value of 4.5, at a temperature of 50 - 70 0C and a cathode
current density of 0.5 - 4 amp/dm2. Stirring of the electrolyte permits in both
cases the increase of the admissible curvent, density limit to 5.5 - 6 amp/dm2.
The alkaline electrolyte composition and the operation conditions for the
deposition of tin-nickel alloys containing 5 - 1N, Ni are the following (in g/1):
tin (metallic Sn in the form of Na2Sn03) 30 (approximately 1.0 n); metallic
nickel (in the form of Na2Ni(CN)jj) - o.o6 0612 (0.002 - 0.004 n); free NaOH
10 (0-25 n), free NaCN - 0.25 (0.005 n) at 75 C, 1 amp/dn,2 current density and
the current efficiency of 65 - 58%. The authors describe the preparation and
analysis of the mentioned electrolytes and the determining of the Sn-Ni coating
thickness by the jet method applying dJract current.
[Abstracter's note: Complete translation]
Card 2/2

znd D
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)7 C 'I T
T, If iii) /K-iP ( ',,'/FTIIUD
A -W1 AP6030631 SOURCE CODE! UR/0413/66/000/018/0127/0128
INVENTOR:- Mudryavtsev, N. T Tyutina, K. M. ; Fatkh, A. M. 1.
ORG: none
TITLE: M~thod of electrolytic deposition of tin-cadmium alloy. Class 48,
No. 185173 Jannounced by Moscow Cheinicaf-Tec L=LogLcal Institute im, D. 1.
Mendelyev (Moskovskiy Ithimiko-tekhtimogicheskly institut im. D. 1. Mendcleye;~a)j
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 16, 1966,
127-128
TOPIC TAGS: electrolytic deposition, Iiii alloy, cadmium alloy
ABSTRA An Author Certificate has been issued for a method of electrolytic
deposition%f tin-cadmium alloy at 1700111 (empt,rature. To increase tile dispersive
power of tile electrolyte and to obtain dense dopositions of fine-crystalline structurL,,
the process is carried out in a solutimi containing- 0. 3-- 0. 411 tin chloride, 0. 5 H
cadmium chloride, 1. 2 11 anionium f1tioride, I gli earponter's glue, and 10 g11
phenol at pH 2. 5-4. 0 and a 1. 0-2.10 atnp/dm2 ctirrent density. [Translation] INT)
SUB CODE: 1l/ SUBM DATE: 05May64/
Card 1/ 1 UDC: 621.357. 7:669. 6'73

L 3783-66 EWT (M)/EAP'1)/Ez1JP(t)/E-eJ):;(b) JD
CCESSIOR: APS014136 UR/0365/65/00o/003/0300/0313 06'1
621.357,7
669.73
AUTHOR: Fatkh Alla N. I Kudryavtsev- 0. T.; Tyut,ina, Ks M.
Y'/'
ITLE Electroly-tic cadmium pla I from rx)n-cyanic complex electrolytes
"Y
19OURCE: - Zashchita metallovo v.- /1, no. 31 1965j 306-313
TOPIC TAGS, cadmium* metal plating, electroplating# electrolyte
ABSTRACT: Thirteen non-cyanic electrolytes for cadmium plating are comparrd for
-lity of cathodic deposition, yield with respect to current cathode polarization
ua
q
and scatterig power* The compositions of these electrolytes and electrolysis con-
-~---iditlona are shown In table I of the Enclosure6 The highest uniformity in deposi-
.-;W'Ition t6ickneas was.obtained when electrolytes based on a-aminoacetic acid (glycoc6JY 11
;or Trilon "B" are used or when the coating 1.9 produced by ammopiat--~ ele -ctrolytes.
Cathode7polar -iven for--the --var aiilect-rolytes- -tested. The
Izatidtf curved are j?,
Urves
lectrolytes No.'59 7 and 12 shov more of an inclination toward the x-
(cathode potential) than do the others. The cathodo potentials in electroly-a
based on TrIlcn I'D" cwm blo3e to tht cadmium electrodeposition potent).als of
t~:nlc electrolyted6 Cadmium elect rodepos it ion from electrolyte Not I takes place. -:1
'ey
[Card Ih

L 3783-66
~CCESSIOM NR: AP5014136
'at higher positive potentials than in cyzinic solutions, but cathode polarization Is
Mgh, reaching about 180 mv at a current density of I a/dm2. Cadmium deposition
ifroni ammoniate electrolytes takes place tit a considerably weaker cathode polariza-
'tion, about 100 mv at I a/dm2. If the victal yield with respect to current in-
reases with current density, distribution of the metal on the cathode surfate be-
comes less uniform and vice versa, The yield with respect to current falls sharp-
Ily an the current density is increased itk a Trilon electrolyte, which considerably
Improves the distribution of metal on the cathode surface at current densities
Igreater than I'a/dm7f Curves for
pH as a function of the quantity of acid or alka-
Ili added to the nolution show that electrolytes No, ~. 7 and 12 have excellent buf-.
Ifer properties - A new electrolyte In developed based on glycocoll (no. 7 in table
1 of the Enclosure). This solution produces fine-grained uniformly thick cadmium
:coatings. The scattering power of this new electrolyte is consi&rably better than
ithat of acid solutions, somewhat better 'than that of aMmoniate electrolytes and
'close to that of cyanic solutions, Orig. art. hast 6 figUresl 1 table.
n ut 1-. b- 14 Mendeleyew (chemical
JASSOCIATIONt Kh1m1ko- e oglichoskiy .1 stit M a
g Institute)
/,Fngineerin
MLTTM-.--D 4 04M 01
Wo-vt SU13 cont tHN GC
PUB
REF sovi, :008
NO OTER1 WO
i0ard 2/3

L 3783-66
CCESSION MR.- %.AP5014136
TABLE I
omponen a Q/0 and Elec
muditions of elec-
1 2 13 14 1 5 6
trolysis
ENCLOSURE: 01
rolyte No.__
91 10111112113
64 too - - - - 128 04 48

1 1 143
go
-

CdC s-2
110
t
32
40
10
40
-
40
IIBF&
-
-
35
-
-
-
-
-
-
-
-
-
-
All(S i8H,0 .28 - - - - - - - - - - - -

I 1$ 0 1

3 20 20

No 20

- -

- -

- -

- -

- -

- -

- -

-
(Nildr
N1
F 300 - - - - - - - --
4
NH4Cl
200
180
180

--Gl
FjocoAl
B - Ito -- -
02
2F*
-
75
n
-ni
ve diam
) - - - - - - - -
a c
M no awl adir
0h
? e- 400 400 - - -
m
75
~
KOH

-
NaOH
-
-
-
-
- -

- -

- -

- -

- -

- -

40 - 20
Na 1

ThioUred 21f 2 5 2 5 2,5
Pigfnlil gilie
ex
r ! 015 1

-
-

o
t
pH 4 2 1-4 1 7-8 7-2 8-
lg 0 9

ri It
W
ol
1~0
3/3
ar
Curren densit
y 1 3 P'l 0,7 0, 1
77.7

FATKH AMA,, M.I,f K.M, K1,1DRYWTSEN, N.T.
Effect of PH or. the (.-:athadlic prc,,.ess durIng the
ut:hob.
of eadmium from aulfa" ammoidate electrolytes. 1.,.. VY5.
- 165. (MIFLA ~8~61
zav.~ k~!-Ya. 11 khIr.. tekh. 8 no-1-99-103 I
I. Moskovsk-fy -idilmiko-t.pkhno.Logichvtik!.y Inst-Itut ~ur!!nl
Mand-oloyeva, kafadra titkhnologil olektrokli!michesk.1kh prulzwds~-i~r.

:J:-,, 7 ~ - - -- -
C"v~ -, -

-IdS:
-UE,
.01
INO PEr SOV: 006 002
Cord
7,7 .
--N

TYUTINA, N.A.; ALEKSOVSKIY, V.B.
E,ffect, or soil acids on -the migration ability Of ni0bi=-
Trudy JMGHE no.7t83-90 161. (MIRA 16:11)

TYUTINA, N. A.
Cand Chem Sci - (diss) "Study of the state of niobium in natural
waters, and the development of methods for analyzing in hydro-
and biogeochemical surveys." Leningrad, 1961. 22 pp with illus-
trations; (Leningrad Order of Lenin State Univ imeni A. A. Zhdanov);
180 copies; price riot given; (IM, 6-61 sup, 200)

3(5)- SOV/7-59-6-10/17
AUTHORSs Tyutina, N. A., Aleskovskly, V. B., Vasillyev, P. I.
TITLE: Experiment in RibgeochelioCt Testl%and Methods of Niobium
Determination in Plants
PERIODICALz Geokhimiya, 1959, Nr 6, PP 550 - 554 (USSR)
ABS TRACT. The region of the central Timan in the Komi ASSR was investigat-
ed. Niobium. was spectrophotometrically determined according to
tb rhodanide method with a device of the SF-4 type (Refs 8, 9).
It was precipitated from the solution with manganese oxyhydrate
for the purpose of concentration. This precipitation is complete
in the range of up to 50 pg Nb (Fig 1). Two methods were devisod.,
analysis of the plant ash and analysis without previous a6hing
(oxalate extraction). Spectrum analysos were made with the
device ISP-28. Tables I and 2 show the results by means of some
control samples. Most of the plants were found to have a niobium.
portion of from o to 3 pg contained in 5 g dry lea*es, partly,
however, up to 50 - 70 1~g. It is possible to draw diagrams with
distinct maxima (Fig 2). The following plants conaentrate nio-
biumz Rubus arcticus L., Vaccinium uyrtillus L., Chamaenerium
Card 1/2 angu-stifolium L., Betula pubescens Ehrh., and Betula verrucosa

SOV/7-59-6-1,0/1-
Experiment in'RW,"ochem:!ca1T!st1ng and Methods of Niobium Determinatioi~ in Plants
Ehrh. - A. Ya. Fedotova, Zap. geofizicheskiy treat (Zap.Geoj4ryaica1
Trust)asaisted :Ln the exjwr!ze-_'-;a_1 work. Papers of A. P. Vinogradov,
D. P. Malyugaq and S. M. Tkalich are mentioned. There are 2
figureB., 3 tables, and 10 references, 8 of which are Soviet.
ASSOCIATION: &ningradskiy tekhnologicheakiy institut im. Lensoveta (Lenin-
grad Institute of Technology imeni Lensovet)
SUBMITTED: March 16, 1959
Card 2/2

'ITUTINA, N.A.; ALESKOVSKIY, V.D.; MILLER, A.D.
Methods of concentratinF niobiun ions in natural waters. Trudy
LTI no.48:101-108 158 ' (VJICA I 'r:4)
(Niobium--Analysis) (Water, Underground)

asuistent
1FIrst results of dispensary treatment of the rural population In
three districts of Tashkent 1)ravince. Med.zhur.Uzb. no.1:67-70
Ja '59. (MIRA 13:2)
1. Iz kafedr7 organizateii zdravookhrananiya (ispolnyayusbchiy
obyazannosti zaveduyushchego - dotsent S.G. Ostrovskaya) Tashkent-
skogo gosudarstvennogo meditsinskogo instit-uta.
(TASMENT PR07INCE--DISPENSARIES)

TZ=A, V. A., Candidate Med Sci (diss) -- "Experieme in dispenrax-i -work of a
rLwal settlement of Tael'Awnt Oblast". TaslLkent, 1959. 21 pp (Taslikent State,
Med. Inst), 250 copies (EL, No 231 1959, 173)

L 23303-65 EwT(1)AW(*)/M(m)/kWP(k)/EED~-2/1:WP(b)/bVP(t) rip(c) a
ACCESSION VR: AP5001590 9/0226/64/000/006/0035/0042
AUTHOR% I itean, D. Serpukhava, L. R.; Zhirov,_q,_h.; Isykina, R. 8h.; K_rqm
zina-N. C.; Buravlev, A. T,; Yefremovs, M. M. ;t
.Vuti r. Lj
TITLE: Electrolytic method for obtaining powder for the manufacture of forrites
SOURCE: Foroahkovaya metallurgiyas no. 6v 19649 35-42
TOPIC TAGS3 nickel zinc ferrite, electrooepnoltion, powder Metallurg,0 ferrite
manuf&cture,-hydrgxid-,VracLpitation 1%
ABSTRACTt The authors describe their electrolytic method for obtaining a mixture
of iron, nickel, and zinc hydroxides with dpraverLbed composition. The method
can also be used to obtain a mixture of hydroxidea completely fice of extraneous
metal ions and therefore not requiring spedial washing. By subsequent heat treat-
ment, a mixture of oxides of a given composition can be obtained from the hydroxide
mixture for the manufacture of nickal-zinc ferrites. This electrolytic method of
obtaining nickel-sine ferrite powder* to based on the Joint soodia solution of
iron, nickel, and zinc fn the electrolytic call and simultanaous Precipitation 'of
the ions as hydroxides by the hydroxyl,lons generated at the cathode- TO Milicit
Card 1/2

L 23503-63
ACCESSION NR: AP5001590
the possibility of controlling- the compodLtion of the hydroxide mixture,* the
authors studied the kinetics of the electrodeposition of the hydroxide of each
metal separately, the completeness of their deposition, and the conditions under
which the poorly soluble compounds would not be deposited on the electrodes and
would not passivate them. The experiments were conducted at 20 and 900, Elec-
trolysis was carried out in a glass vannei; the anode was a plate made of the test
metal and the cathode was a plate of stainless steel or other metal. Aqueous so-
lutions of various salts and &aide war* used as the electrolyte, the most suitable
being diluted solutions of NACI, X01, or HCI. The RCI solutions made it possible
to obtain very pure hydroxide mixturgs that did not require washing. Oris. art.
has; I table and 8 figures.
ASSOCTATXONt Xbarlk*vskiy gosuniversitat Jim. A. M. gor1kogo.0ha
...Xll:ov state un
SUEMMED: 25Kov63 ENCW 00 SUB, 00DIRt M,10
No REF sovs 002 0MRi 000
Card 2/2

MARGORINA, L.M.; SHAITOV, I.I.
T)~q'~K
Sporadic salnonellosis. Zhur. mik-robilol., epid. i '"=Ln. 40
no.6%38-40 Je 163. (MIRA 17:6)

ZATSIPINO II.I., starshiy nauchnyy sotrudnik; TYUTKMA, X.F., vrach 04o-
skva) "a" I-
Prevention of dysentnz7. Med.sestra no.6:3-6 Je 155. (MLRA 8:7)
(DYSMITHRY, prov. and control,
ta Russia)

TYUTKIWA _Y ,q MARGORBIA, L.M.; SHATROVs I.I,
,r
k- Rble.of convalescento in tbe epidemiology of ealmonellosio..Zhur.
M19rcPI~01.., epid. i Inmun. 33. no,l2:2A.-jjjp 162. (MIn 16:5)
(SAIMOVELLA IMCUORS)

GRITSAN, D.N.-, SMTKNOVA, L.N.; ZHIROV, G.A.; LEYKTNA, R.Sh.; ERUZINA, 11,G.;
BURAVUV, A.T.; YEFFtF.WVA, M.M.; TYUTINA, V.K.; SHILOVA, S.F.
Electrolytic method or obtaining powders for the manufacture
of ferrites. Porosh. met. 4 no.6:35-42 N-P 164.
(MIRA 18:3)
1. Kharikovskiy gosudarstvennyy universitet im. A.M. Gorlkogc.

I ~--- I,IUT'NNIKJI Petr Mikh&710vich TRUpAK
- p N.G.j prof.$ retsenzept
[strength and -
Ustoichivosti atab3"L'ty 01' frozen rocks] Prociz-Ost, j
2amorozhennykh gorwkh porod. Moskva
Nedra, 1965, 76 p. (MIRA 1814) '

t J.

MA,RGORINA, L.M.; BILIBIN, A.F.; SRUROV, I.I.; TYUTKINA, N.F.
Material or the etiology and epidemiology of Salmonella iezations.
Report No.l. Zhur.'mikrobiol.epid.i im=. 32'no.2:74,77 F 161.
(MIRL 14:6)
1. Iz kafedry infektsionnyich bolezney II Moskovskogo meditainsk*o
instituta baeni Pirbkova i Instituta epidemiologU I mikrobiologii
imeni Gamalei AM SSSR. (SALMONELLA I*MGTIONS)

SOROKIN:. N, kap--. ~,ar.-nasz-avn,k; '-`!U'~'NEV S b-.a,!,, L Ian- nas lav-).,f',-
7 '-Y
k - - ! -len'r ` rin s pe n - ., ~, ~- , i ~ e v . iRc. - -, .* -a n~n n . ~ 1 r. -: . " , - " S, -
- . - . '' - I - - 1~ .- . , -
to,i I.
1 0 . 111%! 18-5;
I. Volzligkoys ob"yoainertnoye, I'!.-,i.nnoyo par,-,khrdst-4,~).

T,WTNEV S A. - FOMIN, N. I.
~-,U
Our experience in the technical operation of vessels of the "Borl
type. Rech.transp,14 no,LI:8-9 Je '55- (mw 9: 9)
l.Kapitan parokhods, "Altay" (for Tyutnev). 2.Makhanik parokhoda
"Altay" (for Fomin).

-RI
ACC NR, AT6026448
/YJ SOURCE CODE: UR/2546/66/000/156/0099/0104
AUTHORF TMtney, Ya. A.
ORG:. Central Inslitute Qf Weather ForecasUng- (Tsentrallnyy Institut prognozov)
TITLE: Calculation and forecasting of sea ice phenomena in some harbors of the
Azov and Bladk seas
SOURCE: Moscow. Tsentrallnyyinstitutprognozov. Trudy, no. 156, 1966.
Raschet t prognoz elementov rezhima morya (Observing and forecasting
characteristics of sea phenomena), 99-t04
TOPIC TAGS: sea ice, sea ice forecasting
ABSTRACT: Equations are given for calculating the dates for the appearance oV
ice in the Gulf of Taganrog, the extension of the ice route in the Azov Sea, and
the thickness of ice in Zhdanov harbor. Equations are also presented for the long-
range forecasting of dates for the appearance and disappearance of Ice in a numbei
of harbors of the Black Sea and Azov Sea. Origi art. has: 9 formulas and 3 tables
Olased on author' a abstract) JNTJ
SUB CODE: 081 SUBM DATE: none ORIG REP: 003/
v1r

IYUTIWI, !A. A. t
I
394ol. ~ Tyrutnev, Ya. A. K netradike kratkosrochrwkh prognozov zamerzaniya
pribrezhrWkb rayonov morey. Triady Tsentr. in-'a pro nozov, -p . 14 jc4r,
.1 ~ g vy, I I I
s. 17-26. ---- Biblio--r: 11 raq-v.
30; Letopis' ZhurnalIrvkh Statey, Vol. 4J,,

vA
Zvi!
'In
Va

TYUTNEV., Ya.A.
&implified method for calculating the beat I%qljqn e of tba surface
of the sea. Trudy Okeanekoz, 11:142-149 161* (MLU Ll+;7)
(ocean temperature)

TYMISY q YaA, ___
Simplified method for computing the thermal balance of the isea
ourface. Meteor. i gidrol. no.2:36-40 F 161. (MIRA 14:1)
(Ocean tewerature)

TYU -1 GRACHWA, N.A.; SIDIL'NIKOVA, T.M.; SMIRNOVA, X.I.; TUSHCUK,
Tol:..
Long-range prognoses of foll and spring ice phases of ths Baltic
Sea. Trudy TSIF nov$7183-97 157. (Muk 100)
I ~BAltia Sos.--Ice)

I
, v __ / //-/, , A -
GLABOLUA, M#G.: SAUSM, Te.H.; TYUTHIT, YA.A.
-_ -_ WWWMMvMk0vft%
Prognosis of water temperature at the southwestern shore of
Webalin. Trudy T31F, no.57;-98-131 157. (HLRA 10t9)
(Sakhalin region--Ocean temperature)

TYUTNEV, Ya.A.
Methods for long-range forecasting of ice formation and freezing
of the coastal regiuns in the Sea of Japan. Trudy TSIF no-76:
71-80 '58. (14IRA. 12:2)
(Japan, Sea of--Ice)

TYUTHEV, YA.A....- -
-up and disau
Long-range forecasting of the break _pearance of
ice in the Sea of Japan. Trudy TSIP no.91:57-63 159-
(MIRL 12:8)
(Japan, Sea of--Ice)

K-ft I NCH! K , G.S . ; TY'uT IN Elilk I G , ?, .
Use of the mametc-OpLical method in s-rudv= -xcriang-a &rid
- .~ 5 `z . '
ferromag-netic re5crapc-s In. fer-r-4te-garnets. ~ v A E3 .
.i
Ser. fiz. 28 no. 3 489-4!,-,4 Mr 164. (MIRA

KRINCHIK, G.S.; TYUTR~&_a.&_._.,
Pliagneto-Optics of Eu 3+Zons fn a ferro=agnetic crysta2. Z-i=.
I L
S~
eksp. i teor. fiz. 46 no.2:435-443 F 164. (M~-E-Ul 17:5J
1. Moskovskiy go,, arstvennyy universitat.

ACCESSION NR: AP4019203
S/0056/64/046/002/0435/0443
AUTHORS: Krinchik, G. S.; TY~4tneva,, r4
TITLE: Magnetooptics of Eu+++ ions in a, ferromagnetic crystal
SOURCE: Zhurnal eksper. i teor. fiz., v. 46, no. 2, 1964, 435-443
TOPIC TAGS: europium iron garnet, europium ferrite garnet, magneto-
optics, infrared, infrared absorption line, absorption line fine
structure: fine structure anisotropy, spin wave excitation, spin
wave combined excitation, ferromagnetic crystal, ferromagnetic crys-
tal spin system, Faraday effect
ABSTRACT: The effectsof an external magnetic field on the optical
properties of europium iron garnet (EIG) in the infrared were inves-
tigated usirg zz 110-12 . spectrograph with an LiF prism in light
mech,Anically interrupted at 200 cps. The sample was magnetized in
a 2000-0e field. Anisotropy is observed in the fine structure of
Card 1/3

ACCESSION NR: AP4019203
the 7F 0-.+7F4absorption line, probably caused by the increased role
of magnetic dipole transitions irr this line. Some fine-structure
components obtained with circularly polarized light can be inter-
preted as combination excitation of spin waves by optical transitions
in the rare-earth ions of the ferromagnetic crystal. It is shown
that t'r,*'.i effect can be used to investigate the natural frequencies
of the magnetic spin system of a ferromagnetic crystal. Agreement
between the experimental study of the Faraday effect in EIG and the
theory has shown teat thq Faraday effect has an exchange origin in
the region of the F -* F absorption line employed, since the
0 4
3+
fine structure of this line is due to the level splitting of the Eu
ions in the exchange field of the iron sublattices of the garnet.
The exchange effect was also verified by'measurements of the tempera-
ture dependence of this line. The authors state that the results
are not conclusive because of the small differences between many of
the characteristic energies of the EIG, but they demonstrate some ad-
Card 2/3

ACCESSION NR; AP4019203
vantages of the magnetooptic method. "The EIG single crystals were.
grown by A. G. Titova, to whom we are grateful." Orig. art. hast
9 figures and 4 formulas.
ASSOCIATION: Matematichebkiy institut im. V. A. Steklova ALT SSSR
(Mathematics Institute AN SSSR)
SUBMITTED: 28Jun63 DATE AM 27Mar64 ENCL; 00
SUB CODE: PH B70 REF SOV: 002 -OTHER: 003

TYMURTSEV V.I., pilot, komndir samoleta An-2 (Ty1men')
Selecting the landing field from the air. Gra2hd.av. 17 no.10:3-
lo o 16o. (NIPA 13:9)
(Siberia--Airplafies--Cold weather operation)

KONSTARTINOVA, T.H.; TYUTRYAYEV, B.A., red.
[Novgorod; a handbook for excursionists and totLriatel Novgorod;
posobie dlis skokureentov I turist9ve Kuizhnaia red. gazety
wNovgorodekaia pravda,O 1958. 189 P. (MIRA- 12:4)
(Novgorod-Description)

FILIPPOV, A-Kh., TYUTRIH, A-I.
Simplified recording of the electric potential Uadient of the
atmosphere. Trudy GGO no.97:lo4-105 160. (MIRA 1318)
(Atmospheric electricity)

LUZHNOV, H.I.. inshener; TYUTRIN, A.?., tekhnik.
Reversible scraper feeder for shale. Zlek.sta. 25 no.1;31-52
Ja '54. (KIRA 7:1)
(Purnaces) (Oonveying machinery)

TTUTRIN, A.P., tekbnik.
pgg low" - I , - -- 00A.MMMONNOW
Couplings for auxiliary meebanisms. Mak.sta. 27 n0-7:52-53
11 156. (mraA 9:10
(Couplings)

TYUTRIN, F.; RATUSHEVA, R.
For the further strengthening of the collective farm econorV.
Den. i kred. 20 no.4:75-79 Ap 162. (AURA 15:4)
1. Starshiy ekonomist Belgorodskoy kontory Gostanka (for Tyutrin).
2. Kreditnyy inspektor Voznesenskogo otdelenija Gosbanka
Nikolayevskoy oblasti (for Ratusheva).
(Collective farms-Finance) (Banks and banking)

SHUJIGHUK, B.; HISHUEDV, A.; TTUTRINj I.-, POLAGIN, I.
Readers' suggestions. An. SSSR 21 no-8:79-81 Ag 160. (MM 13:8)
(Pinance)

DMITRIYEVSKIY, K.I., master-vzryvnik; BYCHKOV, F.; NIKITINI L., inzh.;
VORKHLIY, M., inzh.; TYUTRIJ, V., inzh.,- YUDINA, N.F., inzh.;
ZANEGIN, G., lnzh.
Editor's mail. Bezop. truda v prom. 5 no.8:34 Ag '61.
(MIRA 14:8)
1. Sbakhta No.32, Stalinskaya oblast' (for Dmitriyevskiy).
2. Sherlovovorskly gornoobogatitel'nyy kombinat, Ghitinskaya oblast'
(for Nikitinj-Vorkhlik, Tyutrin), 3. Otdel tekhniki bezoFasnosti
Nizhne-Tagil'skogo metallurPicheskogo kombinata imeni V.I. Lenina
(for Yudina). 4. Tekhnicheskiy otdel tresta Dorogobuzhshakhtostroy
(for Zanegin).
(Mining engineering--Safety measures)

elEktron, 9

L UL064-66 DIT(m)/EPF(c:)/EPP(in)-2/F.%TG(m)/EWP(t)/EIAT(b) IJP(c) JDM-I/JG/bM-
Ll
ACCMION IRR.' AP5014540 UR/OC89/65 O18/oO5/0WT/p49]
621.0-39-T%1:546.432
AUTHOR: Wrina~ A. P.; B. E,; Balthi=cvp V. G.
TITIE: RQ;Z*~F~ from liquid wastes by sorption with manganese dioxde
BOUFCE;, Atomnaya energly I ve 18, not 51 1965) 48T-491
TOPIC TAGS: uranium processing, radioactive waste radioactive decontamination,
manganese dioxLde, pyrolusite
view of the: radioactive contamination of the liquid waste- products
ABSIRACT: In
of the hydrometallurgical processing of uranium raw material, the authors consider
the possibility.of using amorphous manganese dioxide and pyrolusite to remove the
radium fr this vaste. The noibent wan prepared from air.-dried sawduat impreg-
om
nated with potassium permanganate and manganese chloride W,~, various cotapositions
and values of pH and the raditmt-sorption ability was measu:red. The sorption was
effective both under static and dynamic conditions. It is concluded that
synthetic-,
-anese dioxide deposited on sawdust) or columns. of suspended layers of pyro-
m
ang
lusite can be.used an effective norbents, The spent pyrolusite can furtherwre be
used; to oxidize uranium during the stage of ore stripping,, Mixtures of sawdust
with powdered pyroluaite of various grain sizes were also-tested,. "TM authors

TYUTRYL410V Olegjerg~7evich; OKUNRV, Yu.K.. mayor, red.; ME)NIKOVA, A.N.,
rea-. *I I
[Automobile alkali iron and nickel storage batteries].Avotambill-
r7e shchelochive zhelazo-nikelevye akkumuliatorrqe betarei. Moskva,
Voeno izd-vo H-va oborony SSSR. 1958. 79 P. (MIRA 11:5)
(Automobiles--Batteries)

-MTRYUHOVA. Tevvniya Alakmandroviia- GIRGOIAT, S.S., redaktor; YRETDLIN.
11-1: ~,-6 takhnichaskir radaktor
p
LBibliography of Soviet traumatology for 19461 Bibliograftia
sovetsko~ travmatologii sa 19.46 god. Pod red. S.S.Girgolava
i S.IA-IreidliwA. LIaningradl Gos.izd-vo mod.lit-ry,,Leuimgr.
otd-nie. No-14. 1956. 166 p. (MLRA 10:7)
(BIBLIOGRAMIT"WOUNDS)

=RY1%Nr-,tV?AA) YE. A*
USSR/'edicine - Literature, Medical
Medicine - -%r#e-ry
"Now Books" 1-h- pp,
"Khirurgiya" No 4
Apr 49
Lists nine new books, including: Works of S. I. Spasokukotskiy, 1870 - 1943, Kh.
Trueta's "Theory and Practice of Military Surger7," Ye. -A. Tyutryumovals "Bibliography
of Soviet Traumatology in 1940," V. Is. Shlapoberskiy's "Penicillin in Surgery,"
and "War Trauma and Its Complications" (Works of Nav Med Acad).
PA 45/49T92

UNELIU, I.Ye.; ZIMOVAYA. N.G.; ILIINSKIY, O.B.; LY.BMEVA, V.A.;
MAMTYRYUK, V.K.; KU&'UWVA, O.S.; MUSTASHCHIKOVA, S.S.;
MUGKAU. I.P.; OSADCHIT, L.I.; POPOVA, T.V.,- I. S.;
TYU VA, Z. I.; CHERNIC 0, V.A.; TAROSI EIVSKIT, A.Ta.
Interoceptive component in the development of certain pathological
states. Trady Inst.fiziol. 8:240-253 159. (MIRL 13:5)
1. Laboratoriya patologicheakoy fiziologii (zaveduyushchiy V.S.
Galkin [deceased]) Institute. fiziologii im. I.P. Pavlova AN SSM
(SnSES AIM SENSATION) (PATHOLOGT)

ITSKOVICH, Rumanuil LIvovich. LOSHCHIIISKATA, Anna Valarlyanovna,; IMITEITKOV,
4,1,, nauchM red.; TTUTTUNIK.-M.S.. red,.; GILENSON, P.G., tekbn. red.
[Automatic control fn the burning of cement clinkerj Avtomatichaskii
kontroll obzhigs teementnogo klinkera. Moskva, Goo. izd-vo lit-ry
po stroit., arihit. i stroit. materialam, 1958. 48 a. (miRA ll:lo)
(Cement Itilne)
(Automatic control)

MONFRED, Yu.B.; lzy_)NiIK. M.S., red.; YEMELIYANOVA, M.D., red.;
TEMA, W.'-
. red.
[Technology of manufacturing reinf"ced-concrete elements
for apartment houses; the cassette method] Tekhnologiia
izgotovleniia zhelezobetonnykh izdelii dlia zhilishchnogo
stroitel'stva; kassetnyi sposob. Moskva, Gosstroiizdat.,
1963. 189 P. (MIRA 16:9)
Oteinforced concrete)

187
PHASE I BOOK EXPLOITATION
AUTHOR: Vollpert, G.D.
TITLE: Sprayed-Netal Coatings (Metallization) (Pokrytiya
raspklennym metallom Zm_'~tallizatsiy2a )
PUB. DATA: Gosudarstvennoye izdatel'stvo literatury po stroitell-
nym materialam, Moskva, 1957, 265 pp., 4000 copies
ORIG. ADENCY: None given
EDITOR: Tyutyunik M.S.- Tech. Ed.: Pyatakova, N.D.
PURPOSE: This book is I'ntended for maintenance personnel,
designers, and process engineers at-induBtrial
establishments using and manufacturing various types
of equipment.
.COVERAGE: The author describes methods for repairing, recondition-
ing, and prolonqing the service life of machine parts
and,other equipment by means of metal spraying. He also
gives data on the properties of met&l-coated items,
conditions under which the metal can bW sprayed on, and
data on the spraying equipment. The appendices contain
shop drawings of nonstandard equipment. The drawings
Card 1/9

187
Sprayed-Yietal Coatings (Cont.)
can be used if necessary to produce a number of' simple
devices. The author expresses his thanks to Vollpert, Ye. A.,
for assistance in compilation of materials and to Ovirts, R.A.,
for reviewing the book. There are 33 references, of which 32
are Soviet and 1 is English.
TABLH.OF CONTENTS Page
Preface 3
Introduction 5
Ch. I. Materials Used for Sprayed-Metal Coatings 8
Ch. II. Prodedure for Applying the Coating 13
1. General Considerations 13
2. Pi;eparing the articles for coating 17
General data * 17
Preliminary machining 19
Cleaning the surface 21
Sand blasting 21
Card 2,�

Sprayed-Metal Coatings (Cont.)
187
Preparation by means of wire brushes,
pneumatic tools, chisels, etc. 24
Cutting-rough threads 26
Thread rolling 29
Preparing the surface with an electric
are or spark 30
Preparation of articles by winding
with wire 31
Preheating as a means of preparation
for coating 32
Equipment used for preparing articles 32
Sand-blasting equipment 33
Oil and water filters 35
Devices for preparing the wire 39
Applying the coating 41
General information 41
Card 3/9

Sprayed-Metal Coatings (Cont.) 187
Basic equipment 44
Layout and operating principle
of electric-are apparatus 45
EM-3A electric-arc unit 45
UG-~.l extension arm for EM-3A eloctric-
are unit 52
Use and maintenance of the EM-
3A unit 54
EM-6 electric-arc unit 56
MTG three-wire head for EM-6 set,
designed by VNIIAvtogen ZA-11-
Union Scientific Research
Institute for Autogenous Treat- 64
ment of Metal2s
Use and maintenance of the EM-6
set 66
LK-U electric-arc set 68
LK-6A electric-arc set
Card 4/9

1
87
3prayed-Metal Coatings.(Cont.) .
LK-12 electric arc set 73
LK-6A--~12 electric--arc set 7 4
Equipment (cruc Ible) using molten metal 75
VIESKh high-frequency electric set 78
UMA universal-multiphase set 78
Layout and operating principle of gas
apparatus 8o
Layout and operating principles of gas apparatus
GIM-2,set 8o
UG-2 extension arm for GIM-2 set 86
Gases used with GIM-2 set 86
-Use and maintenance of GIM-2 set 87
UPN-4U apparatus for application of coatings
with use of powdered metal 89
Portable metallization equipment 89
Application of spray in a vacuum 92
Card 5/9

Sprayed-Metal Coatings (Cont.)
Auxiliary equipment for
application of coatings 94
Chamber for application of
coatings 96
Compressed-air feed equipment 96
Acetylene-feed, gas-production,
and gas-8torage equipment 99
Electric-power feed system 100
Ventilating equipment 102
Machining metal-sprayed articles 105
Ch. III. Properties of Metal-Sprayr-d Articles 108
General consider ations lo8
Wear resistance 109
Porosity and weight by volume ill
Hardness- 119
187
Card 6/ 9

3prayed-Metal Coatings (Cont.)
Strength of bond between article -
and,coating 123
Structure of the sprayed coating and
the effect of atomization on the
propertic, of the deposit 129
Strength of coated articles
operating under.tension, compression,
flexure, and variable loads 133
Fatigue strength of coated articles 134
Ch. IV. Uses of Metal-Sprayed Articles 138
Reconditioning worn-out and small-
size machine parts 138
Metal-sprayed slide bearings 152
Use of metal spraying for surfacing
t,rumicrn-bearing assemblies, with
reversal of hard and soft surfaces 162
Protection from corrosion 166
187
Card 7/9

Sprayed-Metal Coatings (Cont.)
Protection from gas corrosion 16q
Calorizing by the method used
at the Motor-Vehicle Plant Im.
Likhachev 176
Protection of wooden articles 180
Salvaging defective castings 181
Local application of coatings 185
Ch. V. Quality Control of Metal-Sprayed Articles 186
Ch. VI. Safety Measures to Be Observed in Applying
Metal-Spray Coatings 189
Ch. VII. Various Factors Influencing the Effectiveness
of the Metal-Spraying Process 192
Appendices:
1. MVO-M oil and water filter (attachment for
spraying device) 196
2. -Chamber for metal-spray coatings 204
3. Support for spray gun 215
Card 8/9
187

Sprayed-Metal Coatings (Cont.)
4. MVO-P oiI and water filter 217
5. Sand-blast gun 224
6. Sand-blasting chamber 230
7. Impeller for wire 257
8. Device for stmightening wire 261
Bibliography 265
AVAILABLE: Library of Congress
187
Card 9/9

11'~L 69 1/"
USSR /themical Technology. Chemical Products 1-12
and Their Application
Silicates. Glass. Ceramics. Binders,
Abs Jour: Referat Zhur - Khimiya, No 9, 1957, 31635
Author : Tyutyunkov P.N.
Title : Use of Fat Lime Paste In Hydroin8ulating Plaster
Mortar
Orig Pub: Stroit. prom-st', 1956, No 10, 49
Abstract: Report of the use in fire reservoirs, water b.)wers
and other constructions, of a hydroinsulatinF,
planter of 1:2:4 composition (fat lime Paste
cement : coarse sand). It is noted that in the
above-stated structures no seepage occured over
a period of two years.
Card 1/1

STROHZRG~ A.G.; ZAIGIAROVO M.S.; KULINO A.A.; TYUTY7JNIKCVA, H.S.
Rapid determination of the microconoentrations of copper in indium
without separating the main mass of indium. Metod. anal. khim. reak.
i prepar. no-5/600-92 163. (1,MU 170)
1e Tomskiy politekhnicheskiy institut.

BURNASHEVY M.S.; TYUTYUNIK, S.N..-.,.-
I-- . - 1. . I
Feeding habits and growth of young whitefishes In ponds of the
Kishinev Suburban Fish Farm of the Moldavian S.S.R., Uch. zap.
Kish. un. 62 no.l.-117-128 162. (MIRA 16:7)
1. Kafedra zoologii pozvonochnykh zhivotnykh Kishinevskogo
gosudarstvennogo universiteta.
(Kishinev region--WhiLtefishes) (Kishinev region-Fish culture)

ZHAT6V V PETRO~,'A.A.; AGEYEVA, V.A.; UKHANOVA, V.A.; BOVVA, D.L., red.;
TYUTYAYb'V, B.A., red.
[Novgorod Province during forty years of the Soviet regime, 1917-1957;
a statistical manual] Novgorodskata oblast' za 40 let 5ovetskoi
vlasti (1917-1957); statisticheskii sbornik. [Movgorod] Knizhnaia
red. .-azety "Novgorodskala pravda," 1957. 501 P. (MIRA 11:3)
1. Novgorodskaya oblast' . Statisticheskoye upravleniye. 2. 11acball-
nik Novgorodskogo oblastnogo staticheatichaskogo upravleniya (for
Bovva). 3. Novgorodskoye oblastnoye statisticheakoye upravleniye
(for Zhatov, Petrov, Ageyeva, Ukhanova)
(Nov.-orod Province-Statistics)

MAKSIMOV, A.V.; TYbTYAYEV, B.A, red.
(Our briga-d-e--is in the millionaire class] Nasha brigada - millioner.
Novgorod., Knizhnaia red. gazety 1111ovgorodskaia pravda,,, 196o. 27 p.
(MIRA 14:12)
1. Brigadir pervoy komplekenvi brigady kolkbk*za "Znanya Lenina" So-
letskogo rayona (for Maksimov .
(Soletski District-Collective farms)

L h9h3-66
(b) A(h
aw/a
ACC M JLP5025697 IJP(c) JDllfdlJrl SOURCE COM (U1 5/0WOO/dal
r~- RM
I'AUTHORSt Ax~ Tormol!MT, V.
fly,
ev, solov, v&, Scrokin. Tu. A.1
Tyu~xuey. 12
O-R-a- : non*
TITLEt Meth6d for manufacturing MA type electrical resistors. Class 21p
~No- 174697
SOURCEt Byulleten' isobrateniy i toyarnykh snakoy, no. 18, 1965, 47
TOPIC TAGS& electric. , resistor, chromium, nickel
ABSTRACT3 This Author Certificate VrOM a melhod for want acturing thin film
electrical resistors bjr vacuum deposit11% ge j[J-14hto an insulating bass.
To improve the 44!~310 lof, the metal film to the- insulat base wA to decrease
.Lcm** au '
the thermal resistance coefficient, dib lchroniumWC1 Z2 Or is t-lzed with
kel c"g - ratio lt(2.54.7)p and the
~;WCPF)F2 tm~
Card 1/2 VDC 216'
_fi?1*)g.W0e5 *2*002*2

!Ail
L 4943-66
'ACC NRI APS025697
mixtu" is heated to the tsmpsr~turs of therml decomposition,
30 CODis -,XC/ SM DATSe IMar64
Oc/
.Card 2/2

A.
r.1200 69510
AUMIS: Spitayn, Tlkt. Ac.d.&Iclaa. 3/02Y60/131/0-4/03 9/07 3
I ;: ndii-,n, Z. A.. 3011 3017
Tr?LZt Elob.t. and Tantalato f Zirconium
PERIODIULt Doklady Ak.4vall .-k sm. Wo. Tol i3t. Ir 4, pp a57-a60 (USSR)
TZXT: The authors describe the conditions of forsatton-of mircoul" Ventalat.
and -stiobats. Mixtures of stronclum. iAnd nicbLu. hydroxide ~ZrO. -Nb205 - 2.1.
191 "4 112) earved for their production. Besides them. mixtures, also ths IU41-
~vtd At Wroxidov_voro slaterod And/or roastsd.in tilt%* f rhamad:t.i5-m . r!!
r
mr.ol *boom the I ray photographs which war. t kam 0. Am 14on &no ith a ca-
Ofiype 10-51. They -are measured by means of a comparator. The r*sQItw ax* I.
so Agreement with data from publication.. The lines characteristic of ZrO' -4
Kb2o5do hot apps" an the X-ray photograph with An oxide ratio Of 20. loans.
he orm.d (Fig 1). No It..* with A different oxide ratio %!tan that
:.;:8.f
.'I. by a similar swthO4
from th:400".8 bn-*4 Zirconium ta-t.14t. ...2prod.c.4
Pa Ilag 4draxid.s (ZrO :T&.O 4) by wintering. The x-ray
2
photograph showed no lines of ZrO 21 only a.m. lines vhtch lent be
'd Cd
fre. T.,05. The Author@ regard this As A casualty. The &tutoring prod"s re.
Pr-944%2 A me phAs.. The reaction of 7~02 *"U BY 5 t-k-0 PI-Q. more
:lr..dy at 1000P.Ithp 6 boursh.1btroam 40 houra ,a measta", for the formA%jou
0. d d hardly 101.til. A% in ... to.-
'32" A a. A:
.rtursv. 1h:t..Ih*r; GOAC.I.d. thal th.yU b at d compound. 2tro 2"'201. Ctro)21207.
xwSP*Gtiwslj. The Analyst& shows a content of Zro, bl.ft 34 In good .4~.Ant
With that Obtained by computations. Zirconium lob.%. And -t.at.let. _. his.,
finely crystalline subetanot.. A groat number of lines (About 60) an tas X.ry
Ihotogr&Pbs indicate & 20v -Ymms%rY Of the crystal The =Share 4*1er.
loss their phy'L ... b.'J'.1 Both -vPou.dv ..It -11hoUt darunpoolti,.
"a Arm Act A C1 140"o
U104-0% to any ph-$- tran.r-atl.~b.% ... h 2 And yi^ro 2
be tb:r ograza cf.h:bating. .1h;b..1' :.I
f "Stec f'$LrGGAYI11a And - t.l.t I 'r p r. r she
of co-parl8on, Ooy chlorinated Ow oxide mixtures 211 ... tloaod at %be methniog
1 3% 500-650 during 30 Izutoo (Table 1). Thexo alreacyl felt. Acen b-..hL"tAAt.d
,_4 than the cOrr4'POft1I- oxide lIxture'. t 500 . tzroanyl
An t.4 at who 10 hlorluated A$ all. Tatle 2 home that both stramay., salt.
CAX4 2/5
Arm highly resistant to ACI (36%). R2?2 (25~), K2504 (N%). AM BOB (40%).
They or* 'beat at ... 1,.d 1. Y, -bar. I. war* ".let-%. It 1. ".t-
U*. I 1.4olubl. In bot-c.a-n%r.1.d SCL- And 92304 solutions. 1. N2 so 4 -4
.1lum sulfate mixturea. Al- together with aoilu. py"aulfate, K2C03. "A
:o4 b, Portion -f th-Ot-- bit".yl
In. *-*:h I."
high be.la.l ro.t.t- f In...
g.4
Ampo..d.. Them 2 figure., 2 table.. And 5 reference-.
'I.oko,:klj go,,Ir ,,"yy cI,*r,I1*1 1-_ L- I
No... at. gi,:_"y I ..I
SUBUITTED; Dfio.ab.r :2. 1959
Card 31.,

'jlUZ7 Z/b3/UUQ/UOZl0Q7U/0076
;Q'IM
IMMRI xy

ACC NRs AP70062
6 25 SOURCE CODE: UR/0367/67/005/001/0042/0048
AUTHOR: Adamov, V. M.; Drapchinskiy, L. V.; Kovalenko, S. S.; Petrzhak, K. A.;
ORG: none
TITLE: Neutrons and gamma-quanta at spontaneous ternary fission of CM244
SOURCE: Yadernaya fizika, V. 5, no. 1, 1967, 42-48
TOPIC TAGS: nuelpar fission, fission product, prompt neutron, gamma quantum 'qj_PW'9
/1"i P_ 7-1 ez- E, 3 / 5bT'P/-'f*_
ABSTRACT: An investigation was made of the dependence of the aver-age number of prompt
neutrons (~td and gamma-quanta Nd an the energy of alpha-particles and the
interrelationship of energy distribution of alpha-particles and gammeL-quanta at a
spontaneous ternary fission of Cm244. The fission fragments were recorded by a
small ionization chamber; the alpha particles with a CsJ(TI) crystal; the neutrons
with a stilbene crystal; and the gamma quanta with Na.T(TI) crystal. An electronic
device recorded simultaneously the number of binary coincidences of neutrons (gamma-
quanta) and fragments (N (y) fraj); the number of binary coincidences of alpha-
particles and fragments 501-frag and the number of ternary coincidences of alpha- I
particles, neutrons (gamma-quanza), and fragment (Na_n~y)-f
.~ag). Preliminary measure-
ments of the dependence'of Vtr and ~t on the energy o alp a particles were carried
out with the same target. The dete~uned ratios for average numbers of pr -t
neutrons and gamma-quanta for ternary and binary spontaneous fission of CM0241 were

ACC NRi APM6225
Utr/Z = 0.58 1 0.07 and fi tr A = 0.88 1 0.09, respectively. An investigation of
the dependence of Utr and Titr on the alpha-particle energy showed that when the
energy of the alpha-particle changes from 15 to 25 Mev, ~5tr decreases from 1.95 to
1.16, while 4r remains constant. This indicates that the ternary fission mechanilsm
!is -two-staged. Correlated energy distributions of ternary fission of gamma-quanta
and alpha-particles were obtained. An analysis showed that the gamma-quanta energy
~distributions do not depend significantly on the alpha-particle energy. The binary
and ternary gamma-quanta spectra were also identical. It follows that no significant
gazina-radiation. directly connected with the alpha,-particle emission is emitted in
the ternary fission. The authors thank A. S. Krivokhatakly, B.A. Aleksandrov, and
K. A. Malyrshey for the CM244 targets. Orig. art. bast 6 figures. (WA-951
[jA1
DUB CODE: 20/ SUBM DATE: none/
ird 2

ACCESSION NR: Ap4ol5554 S/0039/64/ol6/oo2/0144/0145
AUTHOR: Drapchinskiy, L. V.; Kovalenko, S. S.: Petrzhak, K. A*;
Tyutyugin, 1. 1.
and
TITLE: Probability ratio of the triple splitting of U sup 235
U sup 238 by a neutron of various energies
SOURCE: Atomnaya energiya, v. 16, no. 2, ;9641 144-145
TOPIC TAGS: triple splitting, probability' TJ sup 235, U sup 2381
thermal neutron, fast neutron, heavy water
ABSTRACT: The! Whors hm investigated the probability of triple
splitting of U and U by thermal neutrons and by neutrons of 2-51
and 14 Mev energy. The thermal neutrons were obtained by slowing
down neutrons of 2-5.Mev in paraff n, and the fast neutr ns were ob,-'~
tained from the reactions D(d,n)Hei for 2-5 and T(d,n)He~ for 14 Mev*.:
respectively. The results show that the probability of a triple
splitting does not change (within experimental errors of about 10%)
with neutron energy. This-is at varianoe with the results of N. A,
1/2
Card-'

.iACCESSION NR: Ap4o15564
Perfilov et al. (Atomnaya energiya, v. 14 (1963)o 575)- Orig. art.
jhas: 2 figures and 1 table.
.:ASSOCIATION: none
:SUBMITTED: 24jun63 DATE ACQ: i2mar64 ENCL: 00
;,,SUB CODE: PH NO'REF SOV: 002. OTHER: 0021'
2/2
.. ....... .

TYUTYUGPI, V.
Be constant17 concerned about the health and rest of p--'.role=
workers. Neftianik 9 no.9925 S "64 (MIRA 1W)
1. Tatarski-y Oblastnoy komitet Profaosionallnogo soyuza rabochikh
nef'tymoy i khimicheskoy promysiaennostio
14

TYUTYMIN V-S-- GRIGORNNKO, P.G.
Landslide in the Cha-avay Valley. Trudy Inst.gool.AN XIr.SM no.8:
131-134 '56. ()= 10:2)
(Chauvay Valley-Landslides)

SOKOLOVA, Ye.I. (deceased]; BW.YNZAROVA, G.T.; BOCHANOVA, N.S.;
ZRTKHAREVA, V.I.; ZAKUMBAYEVI A.K.; ISAYEVA, M.G.;
IMAYBAYEVA, U.A.; KRIVOSHEYEV, Tu.O.; KUDAn_E1r:ETOV,
Zh.D.; RAKHMETCHIN, S. TTUTTUKOVS F M - SHIM P.S.;
I IF p
LAZABENKO, Te.I.; GAnaflin!"PIN". ; UTYAUHENKOI R.;
PETUKHOVI R.M., kand. tekhn. nauk, nauchn. red.;
SHUPLOVA, M.A., red.; LEVIN, M.L., red.; ROROKINA, Z.P.,
tekhn. red.
(Food industry of Kazakhstan] Pishchevaia promyshlennoBtl
Kazakhstana. Alma-Ata, Izd-vo AN KazSSR, 1963. 172 p.
1. AkadeUya nauk KazakhBkoy SSR, Alma-Ata. Institut eko-
nomiki.
(Kazakhstan-Food industry)

tf3RDZOV, Te.p.~-. -TYMEMOt_,NA.
Now sawduut-ft-rO-aZ-er----ff&Olis. I loookhts.prom. 13 no.7:2"25 160.
(MM 13: 10)
1. Khakasekly gidroliznyy zavod.
(Khakaoskiy--Loading and unloading)

L ~\ 0 V
BULGARIA/Physical Chemistry - Molecule, Chemical Bond. B-4
,kbs J
jour Ref Zhur - Iffiimiya, No 7, 1958, 2o4lo
Author -.-Tyutyulkov.
Inst : Academy of Sciences of Bulgaria.
Title ; Influence of Intramolecular Interaction on Dipole Moments.
I. ii.
Orig Pub Dokl. Bolg. AN, 1957, 10, No 1, 37-4o, 41-44.
Abstract I. The deviation from the vector additivity rule in conse-
quence of the intramolecular interaction was studied. A
model of a single-electron one-dimensional vibrating dipole
is juxtaposed to every chemical bond, The interaction of
bonds is considered as a disturbance. The dipole moment of
a system of two dipoles p, and P2 v&s computed in the first
approximation of the disturbance theory taking their induc-
tive interaction into consideration. The computation
Card 1/2

BULGARIA/Physical Ohemistry - Molecule, Chemical Bond. B-4
-Aba Jour Ref Zhur - Khimiya, 110 7, 1958, 2o4io
according to the derived equations gives P ==3.1 D for
croton aldehide (trans form), the exper1mental values are
3-54 and 3.67 D.
II. The computation waa completed by taking into consi-
deration the interaction of electrons, which results in
a twofold degeneration of the system state. The computed
dipole moment of the trans-croton aldehide is 3~-307 D.
Card 2/2

COUNTR'
CALMORY
ABS. JOUR.
AUTIHOR
DUST.
T ITL.~*:"
ORIC~. pUB.
ABSTRACT
CARD: 1/4
Bulgaria
B-12
RZKh1M., NO. 2e 1959, 110- ?7938
Tyutyulkov, It. and Panayotova, B.
-Bidgarian--Aca'demy of Sciences
On the Polarographic Behavior of the Geometric
syn- and anti-Isomers of Oximes. !II.
Doklaey Bolg Akad Nauk, 11, No 5, 201-204 (1958)
The polarographic behavior of the syn- and anti-
isomers of furfuroloxime M, benzoinoxime (II),
and of the oximes of benzophenone (III) and of
acetophenone (IV) haB been investigated against
a background of 0. 1 1A (CH3 ),, Ni. The authors
have found that the 0(-form of I (Byn) g-!VeS
two, and the 13 -form of I gives one reduction
wave in the polarogram similar to those previousl:
observed for benzaldoxime (Co=unication II,
RZhKhim, 1957, No 22, 71266). The limiting cur-
50

COUNTRY Bulgaria B-12
CATEGORY
ABS. JOUR. RZIShiM., 1%0. 22 1959, Jot ??938
AUTHOR
1 N,'ST.
TITLE
ORIG. PUB.
ABSTRACT rent for the first wave ofoe-I il(lim) is
nearly independent of the height of the Ng
column; the ratio il(lim)/ill(lim) increases
sharply with increasing temperature (dpproaching
infinity) and is lowered when the fraction [un-
its?] of organic solvent (OR) in the solution is
increased. The sum il(11m) + ill(lim) is the
usual diffu ion current for the reduction. The
and Xforms of 11 give only a single
wave; however, on the addition of OR, the
CARD: 2/4

COUNTRY Bulgaria B-12
CATEGORY
ABS. JOURk RZKh1m. b i~o. 22 195-9, -4-0; 77938
AUTHOR
TITLE
OR I G .PUB.
ABSTRACT the rate of which is affected by the tempera-
ture and the OR content in the solution.
S. Mayranovskiy
RD : 4/4

coukffti- i Bulearla
CATEGMY t
ABS, JOUR, t RZKhlM*js NO* 5 19600 No,
lulkov, 1N. and Paspaleev, E.
I TyaL
Cl~teriica.,,. --,nrLi.tvfe, Bulizarian Academy of Sciences
nt, on Qie Kinetic.,:, of
The Eff~-c"- of 0"~ o! Vc,
iroce----Zes Fr(;-ccded ny !-fonolr, If.!c 1
Peactionc
Mao, pUBj Izvest Yhim in.,--t BuDr, A~ad rlauk, 0', 589-399 UT-7,8')
A ES MA C"I I The-authorr. have made a theoretical study of the
effect of the sblvent on the kinetics of electrode
-orocesses which are preceded by a monomolecular
'reaction involv-:i-- subritances which are in equil-
i'urium- aric'. which produce waves with lir')-4,
current i, And i2 nt different potentialG. An
cauation ir, deri,ved corr,elotingr the ratio 11/12
with the correspoAding rate constant for the f'or-
ward and the reverse reactions. The effect of
water-CH.014, Cff,,~OF, n-C-3h70H, or dio~zrne mix-
CA T4j) 112

COUYMY Bulgaria B_
C A MCC, R r
JM. t RZYhtz,,, No, 5 1960,1 Now
tures (with varying HO concentrations) on the
ratio 4-1/i2 for the tautomeric forms >CtIQF
C111( --* O)H has been irveBtigated for 'rienzophenone
Oxime, 0( - and ~ -berizoin. oxime, Y -anisaldoxi.me,
r -tolyloxime. -o-chlarobenzaldoxime,
,/ -P
f urf urol oxime, P( -benzaldoxime, and De -piperon-
al axime. From the dependence of the limit-insr'
current on the nature of the solvent, conditionf;
can be determined for the qualitative and quanti-
tative determination of the above-indidated
isomers.
1 112 57 G. Tedoradze

L 43ac-u-66 RM
ACC Wt
AUTHOP.: V N.; Fratev, F.
! I-
ORG: Institute of Organic Chemistry, BAN
TITIB. Calculating the alpha-C lonro 0
-YS-- --J)-
the LCAO-1,D theox7 of molecular orbitals
SOU11CE CODE: Bu/ooll/65/018/012/1137/1139,
-omay -c_ -polyone sing
a yclopontadionyl 84U
SOURCE: Bulgarska akaderdya na naukite. Doklady, v. 18, no. 12, 1965, 1137-1139
TOPIC TAGS: molecular orbital, charge density, chemical bonding, computer, computer
program, molecular structure, organic chemistry/ILAnsk-2 corqxter
ABSTRACT: In an earlier communication (Dokj. BAN, 18$
1965, No 11) an examination was made of the t