SCIENTIFIC ABSTRACT TYURENKOV, N.G. - TYURIN, A.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001757730003-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

TYURENKOV, 9,G.-
Flow shoot for the dressing of the Angara-Ilim region iron
ores. Trudy Uralmekhanobra no-5:7446 159. Wipik 15: 1)
(Angara Valley-Iron ores)
(ore dressing)

- TYURENKOV, N.G.
Flow sheet for the dressing of Alapayevalc ores. Trudy
Uralmekhanob~a no-5:87-103 159. (MIRA 15:1)
(Alapayevsk region-Iron ores)
(Ore dressing)

--mmrmor's-G.-I kand.tekhn.naulc; GIWIHOVO A.G.. kand.telchn.nauk;
WKITANOV, S.M.
Flowsheet used for the dressing of Korshunikha ores. Gor.zlzmro
no-7:69-71 Jl 160. (KIRA 13SD
1. Uralmekhanobr, 4verdlovsk (for Tyurenkov), 2. Zavod Sibelektro-
stall, Krasnoyarok'(for Gerasimov. Luklyanov).
(Korahunikha Valley-Iron ores)
(Ore dressing)

TnM1JKQY,.-N.G.; BUCHELINIKOV, S.M.; SUSLIKOV, G.F.
Industrial testing of Kachkanar deposit titanhm-~netite
ores. Trudy Uralmekhanobra no.5:58-73 159. (MIRA 15:1)
1. Ural'skiy neuchno-issledovatel41y institut mekhanicheskoy
obrabotki poleznykh iskopayemykh (for Tyurenkov). 2. Urallskiy
filial Akademii nauk (for Bucheltnikov). 3. Zavod "Sibelektro-
stal"t (for Suslikav).
(Kachkanar Mountain-Iron ores)

SOV/137-58-9-18246
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 9, p4 (USSR)
AUTHORS: Tyurenkov,_M G. , Suvorov, F. S.
TIT LE: Concentration of Bakal Ores (Obogashcheniye bakallskikh rud)
PERIODI4CAL: V sb. : Vopr. razvitiya Bakal' sk. rudn. bazy. Sverdlovsk,
1957, pp 201-210
ABSTRACT: The results of investLg~ation5 on the capacity for concentra-
tion of Bakal ores are presented. It is noted that -750/0 of
these ores can be prepared for smelting by drying, screening,
and agglomeration of fines. The remaining portion of the ores
would demand more complicated procedurcs with magnetizing
roasting followed by magnetic separation. The most important
problems demanding solution in further investigation are in-
dicated.
1. Ires--Concentrates 2. Ores--Preparation 3. Ore.,; 1. M.
--Separation 4. Ores--Analysis
Card 1/1

TYURMKOT, N.G. -
- 11
Determining the lower limit of the industrial metal content in ores
Itizved, i okh. nadr 20 n0-5:14-17 6-0 154, (KLRA 10;1)
(Ores--Sampling aDd estimation)

TYURENKOV. IT.G-., kandiaat takhnicheakikh :ax,tk.
--- I
k graphic method of determining ore dress5- indexes. Gar.;I~wr,
no.2:56 1?155. (YLU 8--7)
(Ore dressing)

TYWIMOV, M., kand.toklm.naukj KGSTYUNIN, A.As) Inzh.j KOSTIN, I.M.)
------ii~d.tekhn.nauk
Faults in theoperation of iron ore dressing plants. Gor. zhur.
no-4156-59 Ap 161. (MIRA 14:4)
1. Uralmekhanobr (for Tytl�enkcv). 2. Abagurskaya fabrika (for
Koptyunin). 3. Gornoye uprlavleniye Vagni-tog' Orskogo metallurgi-
-lagnitogorsk (for K ni .
ohoskogo kombinata, I(Ore dressing) , osti n)

ACC M AR6026538 SOURCE CODE: UR/0372/66/000/004/G053/G063
AUTHOR: Tyurenkov, V. A.
TITLE: Designing the shortest connections
SOURCE: Ref. zh. Kibernetika; Abs. 4G369
REP SOURCE: 9b. Vychisl. sistemy. Vyp. 18, Novosibirsk, 1965, 92-118
TOPIC TAGS: graph theory, printed circuit, circuit design, circuit theory
A13STRACT: A method of shortening to a minimum the connections on a printed-circuit plate
is proposed, reducing this problem to that of plotting the shortest paths in a graph with a sma&
number of edges and nodes. A method of constructing this graph for any real jwiring diagram-].
is described, and the principles complicating the extension of this method to arbitrary circuits
are formulated. It Is pointed out that the proposed methods may also be utilized In the search
for shortest paths in navigation, in planning roads on rugged terrain, etc. 2 illustrations,
bibliography of 16 titles. V. B. -B. Translation of abstract]
SUB CODE:
Card UDC: 62-606:681.142:62

VC-
ZMR

Aax ass?.

em, - ~. -7.m
- MS Dow,
~

EEDUYAGINA, N.P. ; TYMEMNIVA G IL; PANCVY I.V.
- - L,
Benz-and naphthazola series. Part 5% 5,6-dimthyl-2-
hydrazinobenzimidazole and its ~~-alkyl-substitutnd derivativ, .
Zhur. ob. khim. 34 no. ":.1575-157'7 I~y 164. (14IRA 1'.'17)
1. Urallskiy politaklinichosiiy institut imani Kirova.

TYURENKOVA, 0,N.; SILINA, Ye,I,-; FOSTOVSKIY, Lya.
Some N-substituted benzimidazoles and their flotation properties.
Zhur.prik:L.khim. 34 m.10:2327-2331 0 161. (MT-FA 14; U)
I, Urallekiy filial AN SSSR i institut "Uralmekhanobr".
(Benzimida2ole) (Flotation)

TrURENKOVA,__q.N.; LIFATOVA, L.F.;- PWTOVSKIY,, . 1.Ya.
Collector action of certaivuubetituted 2-nercapt~benzinldazoles.
TSvet.met. 36 no.207-80 F 163. (MIRA 16:2)
(notation-Equipment and qupplies)
(Mercapto compounds)

TYW~L~INKOVA, G.E.; RAKOVSKIY, I.A.
, , - 1~
'"ay',thazolethiones as potential col--ectors for oxide and sulfide
3
1M =d col'Per rdr.'e-rals. 'Lzv. vys. achob. zav.; tsvet. met. 6
no.3:1+7-50 163. (::I'-JI 16:9)
1. bral'skiy politicheskiy institut, kafedra mutallurT;ii bla[7,o-
ruu-,nykh metaliov.
(Flotation-!~quiprnent and (Lead ores)
(Copper ores)

W F 70V40im 0- a- Ott *1 4i 0,
7W
b 0 n a v a )9 a it 9 IS m a 16 9 a W 0 41 a 41 4d 4
-I v I A& 2"~ 111-111 , a _11-4 . Jk - A
'
Dfp

A
so !
~
!!
-P 1z A*5_
"Morls 1.

oo
MeParation 0( coal at th* Gubxkba wash,ry. N. 4. -
ta " 4,11cly is our .9 1 he tArxt,t 1" t
11KM It- planned cAlwity is x~u) lon,hr. It is
equipped with settling amchineq and concn, falA,. The 0 f)
g Omfentrate was to contain 10~i R~h and 3 -, The
i
washery started ommlims at the md of Iv;;
'
, 1)~jjinX
7
h
fi
h
ll
f I
h
rst
t
e
a
o
M
, t
e output was o4i j#nj-
-hy The
'
'
e
concrntruir h
d 117
h
d3
S
a
,
.,
, as
mu
,-
.
The widdlitig And

00 tailingi had 24,11-20.4 awl 4,3,% ix~i% ash. resp.
H. Z. Kamich Kee
=OO
zoo
0
j;o 0
goo
goo
goo

.11ALtUNGKAL 1.111RATWIt CLAWfKATION
too
0
b u AS It K it it
0 0 0 0 0 0 too n I Its 0 0 0 0 0 a 0 00 0
0 Wo 9
*
~ 0
1 0 111A
6
0 * 0 * 0 0 0 a 0 a Ole 0 4 0 0 0 00 0
9 0
00-0 00 i - - - :
- -

~A Al' is' it 1111 4 A It r
Ak - M IS A6 It IS IF 4 A,
04 A #A A

00
of a lot
'00

CAP couvatmum scheme of Pittvastsm TMOO-uAllsom".
00 1(;omyi Zhmrml, MIA, vQ. 122. No.
ml.
Almtrwtv
1949
vol
43
Ma
10

00 .
,
.
,
,
,
y
The min"alizaskm of thio okpoit in yrry
1111,41111
Avirolsz. flecklex rieh om, the deponit
c.0titaina IkIor AIM
i
mitityme fine milling ptkw w cancmtmg M. Five When"

Ise a this err are di~vwwd. The pWmre4 whmm
fiv
~
.04
00 6 ~
111" twist fraturva of Met anil tkpm of extrw,t imi. 000

,60 a
11: Armnlkw to it. me pdrent Ago bs rrimitmi to 23 inm. oiz~ at.1
'l
tai to I
mi
ti
hi
iA
l
bj
w
vu
ull w
t
43
c witara
is ar,mmn.
nuwn
l
l y
Irate an(I MkIlUn
TIw f6r
n
r in wnw
~hl
i ti
s (1)
i
.00 t
.
i
e
rw
p y
g
71 frotlin" > I# MAIL Which rartne the Itimp mamntrativ "fill
itm t
b
fto
f miti
o xvc~mlj Iry
iw
-
Th
l
tI
bi
d
i
If
A
e
a
r As em
tte
w
th
. groutul to At% trawli. sjul
oubjIWtal to Wet TIANT144iP "ArStilM, ThiS FWT*tiM Y144114
Wimp (diward) mul a firw emm"trate. I'm I I
ratity *0
r
inits III lim, jortmity-4 in 94-a"', -1 ito issItntity its tjfv.
AGO

too
119 TALLUACKAJ, LIMAID" CLAISIPKAIICK

am# 094
o p
AV -All; a n it a ktw it 1 '14 An 1

0 SL6_6 S_& 0 0 0 ejo 0 0 00 0 0 0 0 0 0 0 0 0

TYURENKOVA, O.A.1 BONDARYUK,,V.V.
Possibility of regenerating a palladium polyvinyl alcohol catalyst.
Kin. i kat. 6 no.2t336-337 Mr-Ap 965. (MIRA 180)
1., Kurganskiy 69118kokhospyst"nnyy institute

q-jUj,-; M,10-VA, 0. k- vl-l!.-
1~. 1,. Truli,, .- .1. -Iel,.-hnol Inct l1r, S,
- J -
Kit,ova, 19,114, ('~), 91-C~'7

.m4-.t;4
0 * I * 0 0 t
At 9 a 30 a
a .0 . -"-- s A-L-l- it- s-, LJL-
IT!
on.
Jam two t .01 k6rant. tu
*0 A old thyidith W, Ily PiMpfifilld
y t of Xf In vAdn. to tim *top A Na%(h
..~Yl
09 A I refictlow
0411 Naxos
66 NC(:S)$Ns A(eJNC(:S)SSC(-S)NMev. (2)
- A R1906 ;
McvXC(:S)SM& -Mesh'ff + CS,, (3) 2HKO, -
HIM + W&NOR
00 4 11,0, 4~ XO~ + NO. (4) 2K1 +
*0 S . . 1.12 '
!) 2M4jNC(s5)Wa- MeeNC(:S)SSC(.-S) NMft +
0* 4 W Ara. Gradually Us mte
2'
di LZ='-(4)= roo
noticemble. sow &C tau Of
000 (4=
311). Thms,ameaddeatisimplamdbyan
Reacom(a)ISth"Stuted. 113raleb
is pmdmay decompa. of to 0
the cubornate is Inhiblited. ="I Valo (8) re""
vvith JIS0#, themby providing heals Indine. RaWlons 0
=y bkxW. The kkwks of this;
(2) and (3) an
proem am be whm It reacbes (4) " (6). To
this tod & little starch is a4ded to the nsetiou mixt. o
lam
Under lals. comsdillwas 4ppm. 046 wol. of KI was ad4W go*
per rud. of product. Under such conditkas Me traction
Wall ALM"t qu"t. and was cempkttd in 30-15 nan. 'so
wherem wM X&NOt akne it requirevi 2-2.5 hrs. The see
11,50s b Wed Gkndy to the inkkl mwt;m ruht. The
admataps of this UWQW arv (0) #w Ul Is TC-
quired aA it cAn be tarlod out In there be:
As sto wade of s-aw,ma
'---I teellt on v see 01M,
equ n dn.,) t f9oce" s V"t IF
actricrated, and 4) the yieki 401 (u=m 10 Alusat- whafts
j oxid"ion with XONO, R1004 yjfW U404 *VCf WJ, 14 S'
#.AQ*q mad opprox. W-30' in a -9. as
. 1---r- 5
0 0 00 Za!"'un If -to a a 3 1
it ?v P tv 0 9 91 414,
0 tv * 0 0 0 0 * 0 0 46 *1* 0 *10 0 0 to o 0 0 40 060 0000 : 0 A
Osseo a * 0 0 a 0 0 0 41 * -o* 0 411 0 0 0 6 * * 0 ft * 0

L't
L
Yjurgarisly"i'j-7

USSR/Gonoral and Systouatic Zoblogy. Insects. Harnful. P
Insocts and Acarids. Forest Posts.
Ab3 Jour : Rof Zhur - Biol., No 3, 1959, No 11681
Author ;Tyur~5.anova A,Yo.
Inst :molda-v-fla--n"--^S-c--i--o,,n-t-i--fic-Rosoarch Instituto of A3ri-
culture,
Title :Chemical Means in the Control of the Oak Foliao.'ro
Posts in the Fiold-Protocting Forest Bolts.
Orig Pub :Byul. nauchno-telchn. Inform. Mold, n.-i, In-ta
a. kh,, Kishinev, 1957, 74-78.
Abstract :Yoking oaks In the forest belts of the Moldavian
Sciontific-Rasoarch Institute of Agriculture are
han~iod by aluost 90 species of insects. The niost
harmful are the brown-tailed noth, the lackGy moth
and, particularly, tho green oak leaf-roller, on
the basis of oxporiaents and ocononic vorification
Card 1/2 - 49 -

ACCESSION NR; AU4035565 S/0271/64/000/003/BO15/BO15
SOURM: Ref. zh. Avtomat., telemekh. I vy*uhisl. tekhn, Avo to, Abas 3B72
AUTHOR: Tyurenkov.0 Va As
TITLE: Algorithm for finding the shortest distance
CITED SOURC"Es Sb. Vy*chisl. sistemy*. Vy*p. 6, Novosibirsk, 1963, 41-44
TRANSLATIM An algorithm is described for finding the shortest connection betueen i
configurations B and C in the course of laying out a printed circuit. The entire
area of the mounting plate is theoretically divided by horizontal and vertical
lines into square elements whoie sides are equal to the minimum thickness of the
conductor. For programming, it is essential that minimum amount of numbers be
used for marking the boxes. 7he algorithm A(m) of the shortest distance from (B, r
to (C, r,), where (6 r-* ) and (C, r,) are connected subgraphs, X) is a
nonoriented coherent graph without loops, and n(modm) Is the least nonnegative
number coaparable with n by its modulus m, includes the following steps$ (1) apices
of the set 3 are marked off with index 0; (2) the'apices of each set
are marked off in soccession by indices i (moda) up to
Card 1/2

ACCESSION XRs AR4035565
the point when one of the apices of the set G has been marked,off;.(3) the
marked apex of the set 0 is accepted as a point oi departure a~d is denoted Y,;
(4) in the set r(x,,), we select one of the apices marked with i I (modm)
where i. is the index of the apex x; the selected,'apex is denoted with x,,+ 1.
The step (4) is repeated until one of the apices of the set B is picked. A proof
is given that for any graph the problem of finding the shortest:dist~ance between
the conneeted subgraphs ( 8, r,) and ( Q, r, ) can ~e solved by the algorithm A.
It follows from the theorem that the minimum value of m 00als 3. The algorithm A
was successfully used in laying out a printed circuit on a mour"zig plate. Thanks
,to the reduction of numbers, only two digits in the operational storage cells
were required. Bibliography: 3 titles.
41
DATE ACQ: TjApr64 SUB GOD3: Ea ENCLs 00
Card 2/2

TYURI-, E. 1. Turi., F. S I L I Fj. M. [3i I dM.
'UnAance of Jltralnn~
mycobanter-la tuberQ'LIIC8*B for gul.nea Figs f0l"Awl.ng intrat.--sLicular
Infection. Prob-1. tub. nr,.2.1,,73-73 164. (MIWV 17:12)
1. Kafedra mila-obiolog.1.1 (zav. - dot.sont
E.]) Tartuskogo uri:~versit,,;jta.

LAWS, S.Xh, [Laanes, S*H,I, kand.med.nauk, TYURI, N.I. CT'u'ri, X.I.]
Early changes in organs of the guinea pig in experimental tuberculosis
[with summary in French]; Proble'tub- 36 no.6:94-97 158 (KM 1U10)
1, Iz kafedry infektsionnvkh bolezuey I dermatologii (zav. - doktor
medenaukg zaelyzhenn~7 deyntell nauki Estonskoy SSR proff Y*Ya. Lapp)
Tartuakogo go8ndaretvannogo univereiteta**
(TUBMCW-IS, exper.
enrly changes in organs of guinea pigs (Rus))

LAANES, S.Kh. Claanes, S.H.1, kand.med.nauk,*_ TYURI,, E.I. [Turi., E.I.]
Developnent of experimental tubercUosis follow-ing inoculation
of guinea pigs in the testicle. Probl.tub. no.5:94-96 161.
(MI11 15:1)
1. Iz kafedry infektsionnykh bolezney i dematologii (zav. -
doktor med.nauk, zasluzhennyy ,deyatell nauki Estonskoy SSR
prof. F.Ya. Lem) Tartuskogo gosudarstvennogo universiteta.
(TUBERCULOSIS)

TYUR19 E.I. JTU"ri, E.); TYURI, MJ,~ (Tu"ri, H.)
Pathogenicity of various n7cobacteria for guinea Figs following
intratesticular and subcutaneous infection. Probl. tub. 42
no.10.-7449 164. (MIRA 18~11)
1. Kafedra mikrobiolopii Nav, dotsent F.T. Tallmeyster
[Tallmeister,E.]) Tartuskogo universiteta Estonskoy SSR.

TYURIP Ej. [T~ri., E.]; TYURI, M.E. [T~rl, M.)
Pathogenicity of various xjcobacteria for guinea pigs following
intratesticular and subcutaneous infection. Probl. tub. 42
no.10:74-79 164. (MIRA 18~11)
1. Kafedra mikrobioloirli Nav, dotsent F.T. Tallmeyater
(Tallmeister,E.]) Tartuakogo univeraiteta Estonskoy SSR.

LIVOVJ- S.V.j FALIKOVSKIYp V.B.j KOSTOK, N.G.j SMIKOV, A.V.,- GOLENKOVA,
I.B.; KUSKOVA, N.B.; TYURICHEU, T.A.
Continuous method of preparation of isovaleric acid from isoamyl
alcohol bT a catalytic reaction. Zhur.prikl.khim. 35 no.317OO-
'101 Mr 62. (MM l5e4)
1. Moskovskiy institut tonkoy khimicheskoy tekhnologii imeni
N.V.Lomonoaova.
(Isovaleric acid) (Isopentyl alcohol)

a--
FALIKOVSKIY, V.B.; KALMYKOVA, Ye.M.; TYURICHEVA, T.A.; LIVOV, S.V.
I.
Oxidation of toluene by wqgen in bubble Q01umns. Izv.vys.ucheb.zav.;-
khim.i khin.takh. 6 no.1:125-127 163. (MM 16:6)
1. Moskovskiy institut tonkoy khimicheskoy tekhnologii imeni
Lomonosova, kafedra tekhnologii oanovnogo organicheskogo sintesa.
(Toluene) (Oxidation)

FALIKOVSKIYp V.B.; T~WCHEVA T.A.; KALMYKOVA, Ye.M.; LIVOV, S.V.
Preparation of glutaric acid b7 the oxidation of cyclopentanone
with oxygen. Izv.vys.ucheb.zav.;khim. I khimotekh. 6 no,2:
3"-345 163. (mA 16:9)
1. Moskovskiy institut tonkoy khimicheskoy takhnologii imeni.
Lomonosova, kafedra tekhnologii osnovnogo organicheskago sinteza.
(Glutaric acid) (Cyclopentanone) (Oxygen)

TV RIK I I 1/1v,-,T3
may 48
Bus Bare
Electric Systems
"Dietk1butim Installations With One System of BusQ
Bare of the Leanlrog Type With Overhead Outlets,,"
1. 1. Tyurik, EngriEnergoproektaeftip 6 PP
"Inerget Byul" No 5
High degree of standardization and portability of
oil well equipment causes electrical supply to Ing
behInd rest of installation. Describes prefabricated
electrical distributing station which can be erected
where-required.1

PRTROVp N.P. t kand.takhn.nauk; TWSHKINq I.T. p -irrzh.; SHAYIf6V9 N.N. ~ inzh4;
II- TYURIKIIOVI S.H.t inzh.
Modernization ofPNO.OF.-W atmosphere preparation plants. Metalloved. i
term* obr. met. no#2:45-48 J 161. - (KUU 14:3) '
1. MOBkOvskiy tekhnol6gicheskiy institut ,i Mashinostroiteltuyy zavod
Mosgorsovnar-khoza. I
(Metallurgical furnaces-Prpteldtive atmoophorqp)

BURDASTYKH, Yegor, tekhnolog (g.Orel); MAKAROV, V. (g.Arzamas);
KARPUSHCHENKO V (Leningrad); SHTENNIKOV, F., personallny.
pensioner (g.Gorlkiy); GODILO, A., kontroVnyy master (g.Cherkessk);
VOLKOV, F., inzh.-tekhnolog (g.Cherkessk); BURLAK, M. (g.Makeyevka);
BELYA'YEVSKIY, V., inzh. po izobretatellstvu i ratsionalizatsii
(g. Kirovakan); TYURIKOV, A. (g.Omsk)
This is the way we live. Izobr.i rats. no.1:11 161~.
(MIRA 17:4)
1. Zavod imeal Medvedeva (for Burtdastykh). 2. Chlon Soyuza
zhurnalistov SSSR (for Godilo). 3. Cherkesskiy zavod kholo-
dillnogo obarudovaniya, Cherkeask (for Godilo, Volkov). 4. Chlen
redkollegii mnogatirazhki makeyevskogo metallurgichaskogo zavoda
"Kirovets*, g. Makeyevka (for Burlak). 5. Rukovoditell Omskogo
obshchestvennogo konstr
.uktorskogo byuro zheleznodorozhnikov (for
Tyurikov).

DORO&UVICH., Anatoliy Titovich; TYUR40-i
-_Alekoandr-Afanaelyevich;
KAKOIITOV, Roman Romano" POTOTSXIY, G.I., red.,
- BOBBOVA-1
U.N., takhn.red,
(Track maintenance on roads carrying heavy loads; work practices
of the Kalachinak section of the Omak Railroad] Soderzhanie puti
v usloviiakh vysokoi gruzonapriazhennoBti; opyt raboty Kelachinskoi
distantaii puti Omskoi dorogi. Moskva, Vaea.izdatelisko-poligr.
ob"edinenie Y-va putei soobahcheniia, ig6o. 47 Pi
(MIRA 13:9)
(Railroads--Kaintenanee and repair)

TYURIKOV, A.A.
Planning a railroad W~;jRre~.'tovn. . Put' i put.khoz. 4 no.2:
21 7 160. (MIRA 13:5)
1. Glavnyy inzhener oluzhby puti, g. Omsk.
(Omsk--Labor and laboring classes7l'oellings)

TYURIKOV, A.A.
&perience In using graphite bilarication. Bit' I put.ldhoz. 4
no.6:9-11 Je 160. 04IRA 13:7)
1. Glavnyy Inzhener sluzhby puti, g.Omak.
(Graphite) (Railroads--Rails)

, TYURIKOT UA%
W--
Planning and organizatioa of track mainteaance. Put , i put.
khoz. 4 no. 12:11-13 D 160. (MIRA 1"4:12)
1. GlavM inshener sluzhty puti, g-Omek.
(Railroads--Kaintenance and repair)

BAYEV, N.V.; BOBROV, Ye.G.; DEKIDOVp G.A.; DENISOV, A.D.; ZHUKOV, N.Ya.;
LELEKOV, Yu.S.; FOZDNYAKOV, I.M.; POLKOVIIIKOVp B.M.j TRIBURT, I.I.;
TYURIKOY,_A,A.; SHESTAKOV, A.I... inzh.; PESKOVA, L.N., red.;
1111ITTIZT-A, N.A., tekhn. red.
(Advanced tecbnology on rail-roads] Peredovaia tekhnologiia na
zholeznoi doroge. Moskva, Vses. izdatellsko-poligr ob"edine-
nie M--wa putei soobshcheniial 1961. 84 p. ?MIRA 14:12)
(Railroads)

TYURIKOVP A.A.
Designer's 'mr,,-,au in a division. put' i put. klioz. 7 n0.11,
36--37 16. (MIRA 16:12)
1. Zamestitell nachallnika Omskoy distantsii Zapadno-Sitirskoy
dorogi.

T7URIKGV, AoA.
Track inspection by means of mechanisw , Pat' i put.khoz. 7 no.1:2G-Z1
163, (MIRA 16:3)
1e Zamstitell nachallnika Omakoy distantaii Zapadno-Sibirskoy
dorogi.
(Railroads-Equipment and supplies)

LOSHCHINDI, A.Vq TERUTIYEV, N.K.; TYURIKOV4 Aj.;. AFANAS'YEV,
retsenzent; PESKOVAy
Ye.V., retsenzent; PMKHO,-bv, A. 9 1V., tekhn.red.
L.D., red.; ZHDAHOV, P-A,, red.; BOBROVA, Ye.
[Safety measures and industrial bygiene in railroad trans-
portation] Tekhnika bezopasnosti i proizvodstvennaia sanita-
riia na zheleznodorozbnov- transports; spravocbnaia kniga.
Izd.2.1 dop. 14oskva, Transzheldorizdat, 1963. 535 P.
(MIR/. 17:2)

TTUqIKOV, A.I.
~
(_~~ Improve working conditions and salfet;r measures At washire and
steaming depots. Zhel. dor. tranap. 40 no,8:79-ft. Ag' 158.
(MIRA 11:9)
leTekhnicheskiy inspektor otdola okhrany truds. TSentrallnogo komiteta,
profsoyuza rabochikh zheleznodorozhnogo transporta.
(Railroads--Sanitation) (Railroade--Safety measures)

IDSHCHILDI, Andrey Vasillyevich; TERMIYEV, Nikolay Konstantinovich;
TYPUAIKOV Alekoandr W4MTIN,G.A., retsenzent; OZEMBLOVSKIYy
Ch.S,j retsenzent; SHCBERBACFXVICH, G.S., retsenzent; 34USBKOVIP.I., re-
teerizent; SHILYIN,P.M.p retsenzent; FEDOMMINoPs, retsenzftt;
RESHETNIKOVp V.Ye.p reteenzent; PESKGVA,L.N.yred.; ZHDANOV,,P.A.jred.;
KRITHOV, P.A., tekhn. red.
[Safety engineering an4 industrial senitation in railroad transportation;
bandbook]Tekhnika bezopasnostl i proizvodstvennaia sanitarila na zhelezno-
dorozhnom transporte; spravocImaia kniga. Pod obehobei red. P.A.Zhdanova.
Moskvaj Vaes.izdatelisko-.poligr.ob"edinanie M-va putei soobahcheniia
1961. 455 P. (Min 14:121
(RAILROAD--SAFETY MEASURES) (RAILROADS-SANITATION)

,,TTURIKOV, A.S.
Some results of the operation of the Adyge Canning Yactory.
Kona. i ov. prom. 13 no-8:39-41 Ag 158. (MIRA 11:9)
1. Aaygeyakiy konservW kombinat.
(Adyga Autonomous Province--Canning industry)

- KHRUMV., VIIII., kand.tekhn.nauk;-TYUMKOV,.F.T. , inzh.
Simplified method of manufacturing lightweight particle boards.
Der.prom. 10 no.32:15-16 D t6l. (YJ&k 14:12)
1. Zapadno-Sibirskiy filial Akademii stroitellst7a i arkhitekturY
SSSR.
(Hardboard)

CHUDINOV, Boris Stepanovich; TYURIKQV, Fedpr Tirofeyevich; ZUBAN',
Petr Yefimovich; BASKAK-OV, Ye.D., red'.' " *- ~
(Larch wood and its processing] Drevesina listvennitsy i
ee obrabotka. Moskva, Lesnaia proryahlennosti, 1965. 143 p.
(KRA IS: 5)

I
A
A
L at
*
A

A -A- 116
A A
jL
L
A a A
.-
-
,-
, -
-
for
.-
,
--
_ -so

SClift 01 the 111thill oxide allecillods
4114lik-11, -411-1 A to 84111111ma
ys. hem, I V, It.) fil."UPOV m(II)IIII. it 44 jj~tt
AWAIRIVII filet rhallitill "( 111W NhOll)j r1wrivi~ it,
III,* Idirl
th
t I
t fl
e
oll fi
a
all'i 'it. f'4464144 -Ii.11110-if 11,41,
#1*11 tile OTTIfolyfar, if, fill, II,-111111-0011 A No
lee

0 fill)$ arlevinitir wev Owtp.1 III KI)II.- life 41-Vir4W all
Oll a-Inwil
vottars mulvil "Oh
1
JO
.
1
fluilm. 44 list) flat
f"Ay in 4.2,V If, 1
mur.11-34LOintlial. HOW 6N
one
.00

00 .
.
ifuttsmutut discitup an appamt commplim at 1.4-
2
8
d 2
1 see
.
an
1
-3.8 M06. HA resp., Per lAraday tmk place.
TIffteefferts vot
t
h
ra
,
owamer.onlyapparrm ~incethermcm
C31 X&C(h or NO alld"I I') KOII fr
ti
i
d
b =00

so It
i
tie
lu"t cimm.
a
(futins thaaq* oand th"houxr. KI)II
l' it. Old"Ift in
too
CRISSO Of St latlaptiOU (19 IfeliIIIIIIJI41 14 111 fly Nitt)MI.
I Im
11. C. 1'. A.
00
4 '
0tfF- V 4 '14
u at it J.'
It
o 0
Z--A-,e
o 0 0 0 0 0 0 0 00
!see
all if q $I d If
000

.r~
r.;

TYURIKOV, G.S.; FFJMOV, N.A.
Laboratory method for ana.17zing a radioactive gas having soft
no.10:1201-1202 '56,
(Co?14H,3). Zav.lab.
22
radiation
(KM 10:5)
l.N&:uchno-issledov&tel'skiy- fiziko-khimicheakir institut.
(Radioactivity--Instruments)
(Gases-Analysis)

) 20-3-39/59
AUTHORS: Chernykh, V. fa., Pshezhetskiy, S. Ya.,
Tyurikov, G. S.,
TITLE: Kinetics of.the Decomposition of Hydrogen Peroxyde Under the
Action of Gamma Rays (Kinetika razlozheniya perekisi vodoroda
pod deystviyom gamma-izlucheniya)
PERIODICAL: Doklady Akad. nauk SSSR, 1957, Vol. 115, Nr 3, PP- 56o-563,(USSR)
ABSTRACT: This kind of kinetics in aqueous solutions under the influence of
ionizin- radiation has been investigated in a number of papers,
which, however, show differing results in many respects. This can
apparently be traced back to the circumstance, that measurements
have been executed at different and narrowly limited concentra-
tions Of H202 and, in general, in diluted solutions. It was inte-
resting to clarify, to what extent actual kinetic laws depend on
the range of concentration, in which the measurements have been
executed. Of special interest were the kinetics of this reaction
in concentrated solutions. The aforementioned kinetics were inve-
stigated in t~e wide range from 2 to 92 Mol H202- C06o served as
a source for r--radiation with an activity of 8o Curie and a mer-
cury lamp PRK-2 as a source for ultraviolet radiation. The radia-
tion intensity was varied by altering the distance from the radia-
tion source. Kinetic of the reaction, initiated by t--radiation:
Fig 1 shows how the reaction velocity depends on the concentrR-
Card 1/3 tion Of H202. From it canoe seen, that this velocity as a function

20-3-39/59
Kinetics of the Decomposition bf Hydrogen Peroxyde Under the
Action of Gamma Rays.
of the H202 concentration passes through a maximum at all tempe-
ratures. The velocity is proportional to the root from the radia-
tion intensity at all concentrations (1,78-92,23 Mol). The depen-
dency of the decomposition velocity on the temperature (+50, 30, 110,
10, -4, -11, -210 and -300). A linear dependency IgW(I/T) exists
in the case of all solutions. At above 1oOC this straight line
shows a bend. The precipitation of oxygen increases above loO, if
the solution is stirred. In this case the reaction velocity is co-
vered up by.diffusion. The production, calculated in relation to
the energy absorbed, depends on the tempeerature and on the con-
cemtration and characterizes a chain process. Kinetics of thermal
reaction: Below 1oOC its velocity is small and hardly measurable.
Fig 2 shows, that the dependency on the concentration has the same
character. The average value of the activation energy amounts to
12,5 * 1,5 Kcal/Mol. Kinetics of decomposition under the influence
of ultra-violet radiation; Fig 3 shows the dependency on the con-
centration. The curve lgW O/T) has a bend at above 1oOC, which can
be removed by stirring. The value of the activation energy appro-
ximates the value of the reaction under the influence of r-radia-
tion. Equation of kinetics and the most probable mechanism of the
reaction: The latter is independent of the character of initia-
Card 2/3 tion. Fig 4 shows,that the equation:

Kinetics of the Decomposition of Hydrogen Peroxyde Under the Action Of 20-3~-39/59
Gamma Rays.
d LH202J
dt e- K -Fj YLH20~(H20]
can be complied with. There is a satisfactory compliance with t!ie
experiment on photo- and thermo- dissoziation in every range of
concentration and at all temperatures. It can be maintained, that
in a number of cases the equations of the velocity of the radia-
tion dissociation reaction in other papers represent approximat~_crls
to the actual kinetic law of reaction in various limited ranges of
concentration of diluted solutions of 11202. There are 4 figures and
2 Slavic references.
ASSOCIATION: Phjsical-Chemical Institute ineni L. Ya. Karpov (Fiziko-khimiches-
kiy institut im. L. Ya. Karpova)
PRESENTED BY:Academician Kargin, V. A., February 16, 1957
SUBMITTED: February 4, 1957
AVAILABLE: Library of Congress
Card 3/3

V. Yu., PSI=MSKIY, S. Ya. and MMIKOV, G. S.
"Kinetics of Decomposition of Hydrogen Peroxide Lbder the Act-ion of Ge-=,.,a
Radiation" P-83
TruAy Trwowtiow of the F%ret Confemme on IMioaction Omistry, Wecow,
Izd-vo AN SM, 1958- 33OPP-
Conference -25-3D March .1957., Moscov

AUTHORS: Tyurikov, G..,..S., Rozentallp K. I., SOV/76-32-7-8/45
__VT9-61~6,kiy,-V. I.
TITLE: The Mechanism of the Electrochemical Reactions on a Mercury
Cathode in Uranium Salt Solutions (Y*khanizm elektrokhimiches-
kikh reaktsiy/v rastvorakh soley urana na rtutnom katode)
PERIODICAL: Zhurnal fizicheskoy khimii, 1958, Vol. 32, Nr 7,
PP, 1490 - 1498 (USSR)
ABSTRACT: The electrochemistry of uranium has been investigated by a
great number of scientistol there are, however, a number of
contradictions in publicationsv In a previous paper one of the
authors of this paper carried out polarographic investigations
on a dropping mercury electrode# as well as on a steady mer-
cury electrode in the case of a weak polarization by alternating
currentf these investigations dealt wiih the electrochemical
reactions
2+ 2+ +
U0 + e~_~UO+ and UO + e --1, U0 , The polarograms of the
2 2 4t
cathodic reduction of uranyl ions were automatically recorded
Card 1/4 on a polarograph according to Geyrovskiy, the work having

The Mechanism of the Electrochemical Reactions on a SOV/76-32-7-8/45
Mercury Cathode in Uranium Salt Solutions
been carried out in a hydrogen atmopBhere at 25 0+ O'l0C. In
the investigations concerning the influence of the concentration
of ff"~ ions and of the nature of the anion of the solution
on the process of the cathodic reduction the author used con-
stant uranyl ion concentrations in solutions of sulfuric acid,
hydrochloric acid and KC10 4* The current versus voltage curves
obtained showed two and three polarographic waves respectively,
corresponding to the acidity of the solutions; the first wave
is explained by the reversible reaction
UO 2++e "UO +, while in the presence of three waves the
2 2 + 2+
second represents the irreversible reaction U++e+2H --)oUO +
2
+H201 and the third wave characterizes the reversible reduction
2+ +
of uranium from the tetra-~- to the trivalent state UO +e;r-*UO
The I - E curves of the highly acid RCl and H2804 solutions
do not show a+second wave, and a dispropoitIDning reaction is
assumed: 2 UO + H+,f=::~ UOZ++ UO(OH)+. The function of the
2 2
Card 2/4 value for id of the first wave vs. the nature of the acid

The MeQhanism of the E;ectrochemical Reactions on a SOV/76-32-7-8/45
Mercury Cathode in Uranium Salt Solutions
anion is expressed.by the series
i
d H2S04 Ad HCl >'d HC104 and it was observed that the effect
of the anions extend to the various stages of the cathodic
reduction.~ For determining the velocity of disproportioning
of the UO 2-ions an apparatus was used# with the measuring
method having an advantage as compared to that by Heal (Ref 6),
viz,j that the measurements were carried out directly. The
technique of current measuring.in the determinations carried
out in the exchLLUge reactions!UO2+ .10+ and U02++e UO+
2 2
as well as the apparatus has been described in the paper by
K.I.Rozentall and B.V.Ershler (Ref 11)-~ From the results of
the investigation mentioned may be'seen that the electrochemical
reduction of U02+ in UO+ determines the velocity of the ex-
a2t
change of the first re c ion. It Yras found that the exchange
current acquires various values in solutions of different con-
oentrations; this fact is traced back to a function of the
Card 3/4 degree of dissociation of the uranium (VI)-salts vs. the pH

The Idechanism of the Electrochemical Reactions on a SOV/76-32-7-8/45
Mercury Cathode in Uranium Salt Solutions
of the solution. The determinations in the second exchange
reaction showed a linear function of the quantity of the
exchange current vs. the U02+ ion concentration in the
solution; this is explained by the influence of the electro-
chemical reduction of the tetravalent ions to trivalen 't ions,
on the velocity of the exchange. There are 9 figures, 2 tables,
and 11 references, 5 of which are Soviet.
ASSOCIATION: Fiziko-khimicheskiv institut im.L.Ya.Karpova,.Moskva (Lqoscow)
Pbyeieoeh*miea1 Institute imeni L.Ya.Karpov)
1. Mercury cathodes-Electrochemistx-j 2. Uranium salt solutions
"E3A0tr'ochemiSt* f 3. UranijIM.7.~o1a~ogrq&6 aniLaysis
4. Exchange reactions
Card 4/4

50)
AUTHORS: Bune, N. Ya. , Kolotyrkin, Ya. 1% , 30'T /76- ~2-12-~./'x 2
Tyurikov, G. S.
TITLE: T'h'Ele~Ctroc,"MICal and Corrosion Behaviour of Steel and
Nickel Electrodes in Sulfuric Acid Solutions Subjected to
the Action of y-Rays (Elektrok-himicheskoye i korrozionnoye
povedeniye stallnogo i nikelevogo elektrodov v rastvor:~,.kh
sernoy kisloty, podvert~-,ayushchikhsya vozdeystviyu y-izluche-
niya)
PERIODICAL: Zhurnal fizicheskoy khimii, 1958, Vol 32, Hr 12,
pp 2679 - 2685 (USSR)
ABSTRACT: y-rays elffect a dissociation of water, thereby forming
molecules with redox properties. Investigations were made of
type 18 - 8 nteel and spectrally pure nickel in 1n H 2so4
at a Co 6o 1~-radiation period of several hours at a~l intensity
of 1-5-10 ev/ml.sec. Without radiation the air-oxidized
steel anode had a static potential clono to that of the
reversible hydrogen electrode. With the elijctrode remaining
in the acid for some time, a partial polarization caused
Card 1/ 4 the pote,:t4al to !ihift totards ne.;,afivv v~illtes. In all c~,ses

The Electrochemical and Corrosion Bei,aviour of Steel SOV/76-3 1 2--~ /`2
and Nickel Electrodes in Sulfuric Acid Solutions Suliected to t"f-. tction
of y-Rays
radiation catised the potential to shift in the positive
direction, parallel with the stage of activartion of th,e electrod
A comparifion with the char,;e-curves of polarized,
activated or air-oxidized steel electrodes in non-irradiated
sulfuric acid solution ohows that the el'fect of y-radiation
is equivalent to a polarization by an anode current of
5-lo-7 to 1.1o-5 A/CM2. In the case of nickel electrodes,
radiation also results in a nhifting of the potential in the
positive direction. No polarization is caused here since
the amperai.~es obtained through radiolysis tire too Weak by
several orders of magnitude. When radiation is stopped, the
nickel potential soon returns to the initial value whereas
it almost retains its value with steel. This F-,,~ows that more
stable oxidizing a,:e.;ts (corrosion products) form in ~he
irradiated solution in the presence of steel. To test the
foregoing steel electrodes were irradiated in 1n sulfuric
acid in the presence of Fe++ ions. In this case the positive
potential shiftin.- also ensued. Since Fe++ ions are not
Card 2/4 oxidizing agents they must have been oxidi,,.ed by the y-rays

" e
The Electrochemical and Corrosion Behaviour of Steel SOV/76-32-12-4/-
and Nickel Electro~es in Sulfuric Acid Solutions SuEjected to Vne Aczion
of y-Rays
to form Pe ++ions. The oxidizing agents forming by
dissociation un~!er radiation do not differ as to their effect
from trivalent iron. Soon after the beginning of radiation
platinum assumes ( as Tn.. I. Zalkind and V. I. Veselovskiy
also stated, Ref 8) a value in the vicinity of the potentiz-.1
of the reversible 11-clectrorle. In the iron-ion a shifting
of the potential toaards ne~~ative values is noticeable immedi-
ately after the beginning of the radiation, but the potential
soon chifts in the positive direction. The potential of Pt,
however, remains more ne,,~atlve than that of steel. With
irreversible redox processes on electrode surfaces a more
negative potentiJ is to be found with metals with low hydro-
gen- and high oxygen hypertension than with metals with high
hydrogen- and low oxygen hyperten--ion. There are 5 figures
and 8 references, 4 of which are Soviet.
Card 3/4

The Elec,rochenical and Co.-rosion Bel:a-,riour of Steel
and Nickel glectrorle3 in Sulfuric Ac"d Solutions Subjected to the Action
of y-Rays
ASSOCIATION: Fiziko-!~himichenkiy institut in. L. Ya. Karpova, L'nvkva
(Phyttico-Chonicitl ImitJtuto i:-wni L. Yn. Karpov, Moncow)
SUBMITTED: June 15, 957
Card 4/4

84629
S/076/60/034/010/00-9/022
/j/0 B015/BO64
AUTHORS: Shub, D. M.,Tyurikov, G. S., and Veselovskiy, V., I~
-1 ----------- L'
TITLE: Photo- and Radiation-chemicalfDecomposition of H,~~drogen
Peroxide in the Presence of Ir.on-OZide
L
PERIODICAL: Zhurnal fizicheskoy khimii, 1~60. Vol. 34, No, 10,
pp. 2245-2253
TEXT: The application of semiconductor materials as heterogeneous
sensitizers in the transformation of radiation energy into chemical energy
is of special importance for the utilization of nuclear radiation to
initiate radiation-chemical reactions. In continuation of previous in-
vestigations, the results are given of the photo- and radiation-chemicaA'
decomposition of concentrated H202 solutions with suspended Fe20 3' A
nPK -2 (PRK-2) quartz lamp served as light source, while Co6o with an
activity of 80 Curies was used as I-radiation source; the experiments were
carried out in an apparatus warranting a stabilization of temperature,
good mixing of the solution, and regular irradiation, The experimental
Card 1/3

84629
Photo- and Radiation-chemical Decomposition of S/07 60/034/010/009/022
Hydrogen Peroxide in the Presence of Iron Oxide B015YB064
results obtained show that the catalytic effect of Fe 0 upon the H 0"
2 3 2 Z_
decomposition due to light irradiation, as well as the y-rays is strongly
increased,, This means that a chain reaction sets in on the surface of Fe 203
which is due to an energy transfer causing an excitation of the particles
of the Fe203 surface, and that the chain reaction of the H 202 decomposi-
tion is passed on into the liquid, The high photo- and radiation-chemical
activity of Fe203 can only be due to the effect of a heterogeneous
sensitization (which depends on the electronic state of the semiconductor).
The active centers on the Fe 0 surface which cause the chain reaction
2 3
are the same in the thermal H 202 decomposition and in the decomposition
due to radiation. A temperature increase accelerates in both cases the rate
of decomposition. Since no particular difference was observed between
the effect of the ultraviolet light and the I-radiation, the reaction
mechanism is assumed to be the same in both cases. Apparently, the higher
energy (approximately 1.25 Mev) of the y-quanta is transformed into a
Card 2/3

8h629
Photo- and Radiation-ohemical Decomposition of S/076/60/034/010/009/022
Hydrogen Peroxide in the Presence of Iron Oxide B015/BO64
lower energy (several ev) of the light quanta, thuB9 caviaing the same
excitation of the semiconductor as the light rays, no that a principal
analogy exists between the effect of light and nuclear radiation. The
author thanks the laboratory assistant L. G. Kazakova, There are 6 figures,
2 tables, and 11 references: 9 Soviet, 1 British and 1 French,
ASSOCIATION: Fiziko-khimicheskiy institut im, L. Ya. Karpova
(Physico-chemical Institute imeni L. Ya. Karpov)
SUBMITTED; February 19, 1959
Card 3/3

33122
5'.1-1500 8/63e/61/ooi/000/053/056
9- q, 3 CO d(//37, //3-C) B1251BI04
AUTHORS: Shub, D. M.9 Tyurikov, G. S., Veselovskiy, V. 1.
TITLE: Heterogeneous sensitization of radiochemical processes on
the semiconductor - solvent interface
SOURCE: Tashkentskaya konferentsiya po mirnomy ispollzovaniyu
atomnoy energii. Tashkent, 1959. Trudy. v. 1. Tashkent,
1961, 370-377
TEXT: Data on the radio-electrochemical process in Co 6o gamma irradiation
(activity -.j 20,000 g-equ. Ra) Of a Gu-Cu20 electrode in a 0.1 KOH solution
are presented. The action of the optical radiation of a 500-watt bulb
under the same conditions is compared. The system Cu'Cu20-K0H solution
was irradiated after 3-hr saturation with nitrogen. The radio-electro-
chemical effect was first determined only from the thange of the electrode
potential under the simultaneous action of cathode current and radiation
from Ave W VO - VT at I - conat for potentials between 0.770 v and 0.200 v.
The potential was shifted toward more positive values by irradiation.
VC and VT denote the electrode potential during and after irradiation,
Card 1/4

33122
S/638/61/001/000/053/056
Heterogeneous sensitization ... B125/B104
respectively. Visible light and gamma rays apparently give rise to
similar excitation processes in the semiconductor, with the absolute values
of /IV, under gamma irradiation being higher than with visible light.
Fig. 2_shows the typical dependence of potential change on the duration of
irradiation for an initial potential of 0.200 v. For the other initial
potentials examined, the curve shape was similarg but the absolute values
of AV, were lower, The potential jump at the beginning and the following
slow approach of the potential to the steady state are due to the excita-
tion of the semiconductor and to the electrochemical oxidation,
respectively. The components (OH, 02) appearing in the radiolysis of
water speed up the electrochemical reaction. The experimental results
available so far are not sufficient to back the assumption of a specific
mechanism for the radio-electrochemical process on the Cu-Cu20 electrode.
They suffice, however, for the following hypothesis: Due to the action of
radiation, CU20 can be oxidized to Cu(OH)2 . hydrogen peroxide may also
be produced by a sensitized reaction involving the oxygen which is always
present in CU20. The radio-electrochemical process on the Cu-Cu 20
electrode is of interest also for heterogeneous radiation sensitization.
Ca-ld 2/4

33122
S/638/61/001/ooo/65~/6%'
Heterogeneous sensitization ... B125/B104
A noticeable sensitization, however, is only possible in the case of a
sufficiently large acting surface of the sensitizer. According to data
available on the dampijf~ of luminescence (see also Veselovskiy V. I.,
,Miller N. B., Shub D. M. Sbornik rabot po radiatsionnoy khimii, M., All SSSI~
49, 1955; Shub D. U-p Tyurikov G. S., Veselovskiy V. I., Trudy I
Vsesoyuznogo soveshchaniya po radiatsionnoy khimii, I.I., AN SSSR, 161,
1958), the energy of excitation of a semiconductor by electrons can.be
transferred to the solution components. A participation of excited
electrons of the semiconductor with more than 3.0 ev in the reaction, and
an excitation of radio-chemical processes by the energy absorbed and
converted by the semiconductor are possible. The rate of disintegration
under the action of irradiation is considerably increased by the presence
of an Fe 203suspension. In a microheterogeneous system, the suspension
Fe2o 3-H202 solution is not substantially changed by radiation, and,
therefore, the rate of hydrogen peroxide decomposition does not change
either. The heterogeneous process depends on the electron state of the
semiconductor, and the active surface centers determining the reaction are
of the same nature during decomposition due to heat and irradiation. The
Card 3/4

Heterogeneous sensitization ...
33122
S/638/61/001/000/053/056
B125/B104
experimental data fit the said hypothesis and are indicative of the possible
excita-~~on of heterogeneous sensitization processes. There are
5 figurea, 1 table, and 8 references; 7 Soviet and 1 non-Soviet.
ASSOCIATION: N.-i. fiziko-khimicheal.-iy institut im. L. Ya. Karpova
(Scientific Physicochem-1cal Research Institute imeni L. Ya.
Karpov)
Fig. 2. Dependence of the potential chaoge of a Cu-Cu20 electrode on the
durationof irradiation.
Legend: (1) gamma radiation; (2)-optical iadiatioZk;.(3) radiation;
(4) time, min.
'7 'V X j0 40 Myj
Card 4/4 'fifee"Vo"Yow. k~

LL2 ~77-66 Lj4T(m)/T-/r-j1P(t)/9T1 IJP(c) DSJWJJD~M~GD
ACC NRt AT602M1' (A) SOURCE CODES UR/0000/651000/000/0166/017a7-.
AUTHORS* T=Jkov, 0. S.; Vasilistov. N. P.; Silakov, A. V&,,Pashkovp Yu._M4
ORG: Physicochemical Scientific Research Institute im. L. Ya. KarpoV-.-(VQ6no-
issledovatel'skiy fiziko-khimichoskiy institut)
TITLE: Behavior of palladium and silver eleetr during the electrochemical
reduction of oxygen in carbonate melta
SOURCE: Vsesoyuznoye sovesbehaniye po fizicheskoy khimii rasplavlennykh soley. 2d,
Kiev, 1963. Fizichaskaya khimiya rasplavlennykh soley (Physical chemistry of fused
salts); trudy soveshchaniya. Moscow, Izd-vo 2-letallurgiya, 1965p 166-170
TOPIC TAGS1 carbonate, silver, palladiuml electrode potential, lithium compound,
sodium oompound,, potassium compound, oxidation reduction reaction, oxygen, carbon
dioxide
1/1 Al
,U)STRACT: Th Ag electrodes in Molte6
-lip e1 otrochpical reduction of oxygen on Pd and
alkaj-1 metg` arbonatesuf various compositions (X2CG3-L12COj; Na2CO3-M2C1
KZCC~-Nazcc~-L-12CO~; pure %C03) in the presence of CO~ and CO~+O~ was Stu ed by
rec6ding 1--V curves. In the case of the Pd electrode, the reductlon was found to
depend strongly on the electrolyte compositiont in binary salt mixtures, it becomes
more efficient when K2CO~ is substituted for Na~CO3, the %CO~ content being the
same. It is shown that the presence of oxides ormed on tho electrode surface aLffeot4

L 42177-60'
ACC NRs ATW248i
the behavior of the latter. The duration of preliminary thermal oxidation of Pd
eleotrodes had a marked influence on thelimiting current densities. In the case of
the silver electrodeq the polarization'curves obtained while passing COLp showed that
the electrode potential shifts by 0.1-0015 V to the cathodic side, I-V-curves showed
the establishment of a limiting current at 700-8000C, its value being somewhat greater
at 8000C than at 7000C, indicating that more silver dissolves at 8000C. The data_ob-~.
tained confirm earlier hypotheses that the.formation of the carboqate ion occurs In
two steps. The limiting current in the first step in the cash of pure lithium carbon-
ate increases by a factor of 1.5-2, while the steady-state potential shifts toward
anodic values by 100-150 0. This phonomenon may be explained by the specific actions
of the lithium cation and the presence in the melt of free metal oxideswhich trans-
port oxygen to the electrode. Crig. art. has: 5 figures. -
SUBCODE: 07/ SUBKDATE9 23k1i651 'ORIGREF: '0061 OMREFI''004

,.g"j & 1 RT', ~ m -- " I
1 ~5~4mllln I~gm " aF -
W-2- - li--- I'M I-
104 111- illl
": ON.,
P, M M"t. ilifflz

5~-.AXgi~Ml MIOM~

BRECER., A.Kh.; Prinimali uchastiye: KARPOV, V.L., kand.khim.nauk;
BELYIISKIY, V.A.; OSIFOV, V.B., PROKUDIN, S.D.; TYURIKOV, G.S.#
kand.khim.nauk; GOLIDIN, V.A.; RYABUEM, Yu.S.; KGROIZV, G.N.;
AFONIN, V.P.; POKROVSKIY, V.S.; KUIAKOV, S.I.; LEKAREV, P.V.;
FEDORGVA, T.P.; KOROTKOVA, M.A.; KHARLAMOV, M.T.; NIKOLENKO, G.D.;
LOPUKHIN, A.F.; YEVDOKUNIN, T.F.; KASATKIN, V.M.; RATOV, A.V.
Nuclear radiation sources for radiational-chemical studies.
Probl.fiz.khim. no.1:61-72 158. (MM 15: 11)
1. Nauchno-issledovateltakiy fiziko-khimicheskiy institut
im. Xarpova. (Radiochemiatty) (Radioisotopes)

MOZZHUXHIN, A.S.; SHRAFIM~, L.A.; TIMOFEYEV, -V.S.;_TYURIKOV, I.D.
Apparatus and devices for laboratory rectification. Zav.1ab. 29
n0-4:503-505 163. (MMA 16:5)
1. Moskovskiy institut, tonkoy khimichaskoy tekhnologii im.
M.V.Lomonosova.
(Distillation apparat~is)

L.A.; TlMC)r7-EjTv,, V.s.; A.S.; P01"O"'A, L.M.;
cjjjF.T I . TCURIKOV I.D.
HOVAY Z.F,.y 1-- 1--.1-
Study and calculation of the rect]-fica-l-lon process cf
mixtures by the separated vapors of the components. Flim. prom. 41
no.1:42-45 Ja 165. (,"IFA 18:3)

SERAFI?UV, L.A.; TYURIKOV, I.D.-, RUMYANTSEV, P.G,; LIVOVp S.V.
Liquid - vapor phase equilibrium in the system methyl borate -
methanol at atmospheric pressure. Zhur. fiz. kh1m. 38 no-5:
1326-1331* MY 164. (MIRA l8sl2)
1. Moskovskiy institut tonkoy khimicheskoy tekhnologil
imeni Lomonosova. Submitted June 29, 1963.

Tmrxov, N.V. r 155.
,".0wAt~~ vo-a~, -f irangUUte& hernia. KUrurgiia no.2-69 I
Interst9moill 8 (min 8:5)
(MaNIA.
intersignoid, strangulAtiOn)

V.,. (4san 0
,TYURIKOV.,- org. 35 no -7:44-
"I.- - - .- lAvely discuOsion and not only reading. Sovot (IWA 15:11)
ji 162s (F
46 azan--Communist education)

TYMKOV t V.
Ito star of the cotton fields. 1%.nat. no-4:17-18 Ap 161.
(14IRA 140)
(uzbekistan-Cottoj3 growing)

V -- - -
TYHRIKOV, V.N., nachallnlk rellsoshlifovallnogo poyezda
Cons timpticn a If a'--r a zi-,re segm-ents- FuV -1 p-.i* , . ~', nc -, ~ -1, ~-, Vc. r
If
( M! RA I F, 1-- 71

TYWIMV Yu--k--
Treatment of primary glauc~~rta vith general m~ne-ral bathr frox
the "Dolinsk Ro.l" spring at Lhe Nallch-Ak bealth reso--i-. Sbor.
riaujh. trud. SOGMI no.14~,43-55 163. Ocyat 18;9)
,L,, Iz kafedry glaznykh bole-waty S)tavrc:pc)I',-Y---r, medIt-sinskogo
1
inatituts (zav. kafedroy - zasluzhennyy dey tell nauk
prof, N.M. Pavlov).

x
17: LO'')
It i,-.,jnl,
-ns + ti.
Skly I
instit~-,t fiz

p v, inzhener; ROWU~M, A'S" inshenere
H, A.P., inshener;
ROGAC Mow~-- of liqaid steel in the ladle during pouring
I)etermination of the weight (MLU 9:9i
y 39 y 156.
,G/ -urg no*2:36- jurgicheako 0 zavoda imeni Prunzso
1.2sZL Ilonstantimovskogo metal I
(Kona tan tinovIOI--Smel ting) (Liquid metals

41,

MNF,T,IGV,, Ye.V.; PAYULLINA, D.A.; TYIJRIKCVA, R.,P.
hanotion of aromatic disulfoohlorides with trimethyl-, -end totramthylol-
acntaining crganophosphorus compounds. Vysokom. soed. 7 no.59761--lb4
i4y 165. (MIRA 18:9)
1. Kazanakly khin~ikf~..t(ikhtiol.ogic-lietekly Inntitut imeni B.M.Kirova.

L -66 EWT(z)/T/E'dP(J) RM
JACC NR: AP6000330 SOURCE CODE: UR/0206/65/000/021/0019/0019
!ZNVENTOR: Kqi:netsov, V.-, rav-zuilina, D. A.; raja ~Iin I. _N.,- Prasolova. T. H.-,
-Mturikova, R. P.
41d
,,ORG: none
!TITLE: A method for producing polyoulfonates wbicb g2ntaia iDb22vb2rMa.? Class 12,
No. 175964
-~SOURCC: ByuUeten' izobreteniy i tovarnykh znakov, no. 21, 1965, 19
TOPIC TAGS: polymer, organic phosphorus compound, sulfonation , .5ul. Fvoe rawf0au'vo
1ABSTRAM, Thin Author's Certificate introduces th d for producing polysulfo-
!nates which contain phosphorus. New p2jymersIckd" do
4orides with oz%So Vro uced by interacting disulfoch-
_phosphorlds co contain hydroxyl radicals.
Tp2unds which
ISUB CODE: 07/ SUBM DATE: O6Jul621 ORIG REFt 000/ OTH RErt 000
jW
--..UDCt 678. S I

TYURIV, A.-,
Fortitude of an example. Avt.transp. 40 no.2:10-11 Y 162.
(MIRA 15:2)
1. Glavnyy inzh. Severo-Osetinskogo avtotresta.
(Ossetia--Highway transport workers)

TYURINq A.
Competitions are an important part in the activity of the
IrIO 3 no-4:34-35 Ap 161. (.- MU 14 ; 3
1. Zamestitell predsedatelya Makovskogo gorodskogo pravleniya
ilauchno-tekhnicheskikb obshchestv gorodskogo khozyastva i ~,Lvtomo--
billnogo transporta.
(14Dscow-Technical societies)

Cand Tech Sci
InrURIN, A- A-, Enginef-r g Machines for Three-Sided Cutting. It
Dissertaticilt 1 stiFr;-Ition of Cuttin
,Inve
26/6/50
,!,Oscow Polygraphic Inst
80 Vecheryaya Moskva
Sum 71

'ffURIN,_._A-A.0 kand.tekhn.nauk, dotsent
Efficiency of paper-feeding devices on web presses. Nauch. trudy
MPI no-778:29-42 '58. (MIRA !4-12)
(Printing press--Equipment and supplies)

lk, 11

TYURIN, Aleksey Fedorovioh
(Improving the collective farm economy] Pod'em skonomiki
kolkhozo,V. Koskva, Gos.izd-vo sellskokhox.lit-r7, 1958.
159 P. (KIRA 12:6)
(Collective farms)

NOVOSELITSEVO P.I.1-IJURIN, A.Fj LIPATOV9 N.A.g red.; SERGEYEVA, M.I.9
tekhn. red*
[Collective farm economics] Nekotorye voprovy ekonoudId koMazov;
sbornik statei. GorIkii, Gortkovskoe )mizbnoe izd-vo,, 1961. 105 Po
(MIRA 14:8)
(Gorkiy Province-Collective farms-Finance)

TYUII1149 A.F.
Av~ W--4? E, ~Ilihlle "Avangardu Collective Farm Increased its production
of meat and milk] Kak kolkhoz "Avar;gard" uvelichivaet proiz-
vodstvo miasa I moloka. Moskva, Goa. izd-vo salkhos lit-ry "
1958. 45 p. (NIFA 12:1)
(Stock and stockbreeding)

TTM~INs A Leningrad, &175. Astrakhanskaya, do 5/7, kv-15)0'
.* ~Go
Bose characteristics of the arterW system of the amputation
stump of the leg* [with summary in Inglishlo Arkh*anat., gists
i enbre 35 uoo'5:69-74 S-0 158 (MIRA 11:12)
1. Kafedra normalluoy anatomii (nach. - chlerr-korresponlent An SSSR
profo B.A. Dolgo-Saburov) Voyenno-meditainakiy ordena Lenina
Akademli imeni S*Xv Kirova.
(AVMTION STWO blood supply,
arterial of leg (Rua))

TYLIFIBI, A.G. (Klmellnitskaya oblast, . Slavuta, u1. Frunze 9, kv.2)
Changes In the vasa vaaorum of the blood vesse'l's of the lover-
extremtties in andarteritis obliterans. Arkh. anat., gist. i
embr. 1+7 no.11:45-48 If 164 (MTRA 19al)
1. Kafedra normallnoy anatomit Czav. - prof. V.N. Murat) Vb-
yenno-meditainskoy ordena Lenina akademii imeni Kirova. SUb-
mitted September 28, 1963.