SCIENTIFIC ABSTRACT TANOVITSKAYA, T.KH. - TANTSYREV, K.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001754830001-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

TANOVITSKAYAt - T.Kh.
Lithological-petrographic characteristics of the Upper Cretaceous
deposits of the central Kopet-Dag. Izv.AN Turk.SSR.Ser.fiz.-tekh.p
khim.i geol.nauk no.3s92-97 163. (MIRA 1"'-.3)
1. Institut geologii AN Turkmenskoy SSR.

TANOITLTSKA14. T. Kh,
retrographical Pzid miiaralogi-al characleristi-s of %IP.-,E~nF,
., , I . L
vlay rodki In the oomtrol. Kope-tdag. 1?.it. AN Tun. SSR. ser.
flz.--taklh., khim. i geol. nauk no.3:1.11-111-5 I r I, (MIRA
1. institut goolog1i AN T~arkmemilkoy 15R.

T, Al"N 0 1
--7.gene sedlmenta
khi-m.
Pr, 0l (MIRA 18.
'~~Cgc,, komitetA

PARENSU!, B.D.; d6t3., red.; OdEKIMV, V.I., red.; TANCIVITSKAYA,
Ye.P., spets. red. I=.-,-
[Mechanization of basic and availiiqry peaz toAnning opera-
Lions in White Russia] Nekhanizatslia. osnovyWkh i vslx3iro-
gatellny'k.h rabot po dotrj2he torfa v Belorrussii. Minsk,
1964. 91 P. (MIRA 18: 'r)
2. Institut BFIGIPRMORF.

K Y~

KUNITSKIY, K.P.; B-IAYA, (TA',FOVII'SF,!Y, I.G. *
----
Mechanization of the op~-,rations of drying excavator peat. Trudy
Inst. torf. Ali BSSR 9:91-97 160. (sri.PA 1-4:2)
(Peat-DryinG)

- TANOVSXIY, F.I., in2h.; ALMSEYET, M.M., dotqent, kand. geologo-min.nauk;
- Ye.I., dotsent, kand. khim nauk
Effect of ultraviolet and I rays on the flotability of coal sludge.
Hauch. dokl. vys. shkol7; gor. delo no.1:227-232 159.
(MIRA 12:5)
1.]Vrodstavlena kafedroy geologii Kharikovskogo gornoge Instituta.
(Coal preparation) (Ultraviolet rays) (I rays)

729AIS,o~ GO_q_U;T_R.~`
AB'Hi. JCIJR.
Au'rHOR
M3T.
T ITL.2
OZRIG. ?UB.
RZKhim., Ho.
1959, No. 7jr-'06
h - L
Rubek, T. I.; Yalczewski, J.; Tanska, A.
Svnthetic Ion_Lxchange Rc-sins. Cm,ri.,unicat ion
111. Syriti-lesis of `4'eakly-Basic Anion 1-1'xchangEi
from
Przem. chem. I _1558, 3-71 No ~,, 5r-,(-5C.8
ABSTRACT T~.,,_-re I.as been synthesized a new arilor. F--x-
changc,r FDP of tloe wt:,~kly- basic tync , having better rraper-
t ie s thar, Wafutit ID. ol)~ained
from dlchloreth~_-ne and 111,1j, in a tin-lined autcc_!~we, by
heating at 11+0-1501 aL - pressure not exceecing 15 atm. T'~-!E;
reactlon rroduct is r,-.ade alkaline., CxC(-.S5 I,'Ir_-'3 and ,-- portior,
o.'L* tl-.e water cire removed In vaCUUEL. "'Ifter addit-ion 50"';
s~-,Iution of WE a ri.-iixture. of' polyimines separates. by
fractional distillation in vacuu-t tbe etl--,,-Ic,;ne uiarnin(- is
~-cmoved frc,.Yi this mixture and the residuai polyethylerc-
olyinines are used to synthesize the anion exchange r.
0.21/ mole n-..-DLenv*Iene di~mlre arc- dissolved in 1J.7 watcr
CARD: 1/2

COUTITRY Polanu
C A TJSG 0 R 1'
AB.S. JOUR. AZ:Chim., 1%.o.
AUTHOR
_T!T;3 T .
T ITLE,
ORI17. PUB.
73Z06
AB'EiTRACT Wi4,1..
0, 0.
f.. C
T!,01C I.Cl 5~,
U I L
and 23 9 'cc They: L,85
imides and 0.107 mole HC1 are added, the Mixture is cc-.,-)led
tri k~' 110, after vhjL-_j-1 0.4~~c:7 r1a,
_Le 40- C
I,.; p H20 are aoued at
-al-d tht:' mixtUrE is Stirl-r--d VJ g or.cusly . The tut.. (%E -~atuv.
I A - - - 1
I' ISE SS rar~16]1_v to (0-'~00 and a ge-I. is forv,ed 7,friich after
I
dryi.-g i.,Orms 'hlack. gran-altz;s. Determikiation of exchange
ca-)acit.y of the canion was conmucted. by th~.;
sir_r;_11fied dynamic aiethodi of' K.uri-In ~trid Layers. f-(;C~ a n i CA 1
stven~,th- was dEterrpiried by grinding 'M a b~_-11. .i'1. Vne
anion r_...-cchianger has an cxch?.,Y:9E, c_~rpacity a4l' the )ralf r of,
It. 2-4. 8 n g-e-q ul va 1E rkt/g 1"k-C 1 . Icat ion I I SC-E h"rl:h i:li
1(1587 N`O 1C ((040. L. PoTov.
CAPO: 2/2

A . U
TANSKU) -(Aioprope-trovs' )
How we secure the of Vhe plan. Sov. torg. 34
no.6:37-)e Jo 161. (MIRA 14%7)
(Dnepropetrovskl-Department stores)

L ~_65 EWT (1)/EVIP (m)/*EPA (s)-2/EK (m)/~WP(w)/tPF (0-2/1FWA (d)/EWP (v)/EPR/T-2/
.Pk PA(bbt)_2 Pd_I/Pf_4/PS-4/Pu-4 WW/tM
["Sfl* MR: "APS012097 W0147/65/000/002/0147/0151
AVIIM- Ponebe=37, 1. No, Tanskiy, A. H.
TIT Design of the leading-'e~dgeand-1-atilie section of the blade 9f the working
rotor of a centrifgjal p with arbitrary initial twisting of the liquid stream
SOURCE: MZ. AviatoLonnaya tekhnika, no. 2, 1965, 147-151
TOPICTAGS: -water-turbine design.-centrifugal pump, turbinerblade-designs pump
rotor design,,hZdrodynamics
ABSTRACT: The-.article deals with.-the introduction of.the three-dimensional theory
of liquid motion into the design of pumprotors in connection with the tranaition
from rotors with cylindrical blades to rotors with doubly-curved blades. An anal..
ysis is made of the method most commonly used at the present time for designing
spatial-blades, and it is shown that a serious defect of this method is the ar-
bitrary selection of the skeletal profile line which is not related to the form of'
the axiosymmetrical surfaces of the current by any kinematic conditions. The ap-
proximate grapho-numerical method proposed by 1. M. Vozne9enskLy for finding the
Isurface of a blade, based on the equations for the motron of a mon-viscous liquid,
lie discussed (Voznesenskiy,, 1. N. Zhirn'. deyatel'nost' i trudy v oblasti gidromas-
Ihinostroyentya i avtomaticheakago regulirovanlya. H., NashSiz, 1952). The author

L 50502w65
,:~:-:_ACCSSSM MR: APS012097
notes that M obstacle to- the use of this*method la~the design.of-.pump blades Is
theabsence of a method for constructing the leading segment of the blade of a
rotor working in a flow created by a screw conveyer. The liquid flow after the '2
conveye has a distribution of-the circumferential component of absolute velocity
C which makes It impossible to select the vortex line Cur - coast. as the leading
jdatake) edge of the working rotor, as Vozaesenkiy's method requires. The object
jof the present article is the determination of the form of the leading edge slid In-'
take segment of a working rotor blade, when the flow of the liquid has been twisted'
in advance of the wheel in an arbitrary maiiner. This problem is broken down into
two sub-problems: 1) determination of the form and position of the initial vortex
'line L2, 2) determination of the form of the blade 6ection between the leading edgef
Ll an4 the vortex line L2 (see Figure I of the Enclosure). The method developed byl
the author makes It possible to applv Vbznesenskly's theory to the problem of de-
digaLng the working rotors of centrifugal pumps operating with screw conveyers and
,other devices which have the effect of tvisting the flow &a It enters the rotor.
Orig. arta has.- 3 figures and 12 formlass

621.601
AUTHORS' PojzrebjWM. I. V. (Candidate of technical sciences, Docenth
A. M, (Engineer)
MISS Constructing the three-dimensional bladNf a centrifugal ptaV impeller
SOURCES IVUZ. Energetika, no. 5, 1965, 90-92
TOPIC UGS: centr4ugal -MP
pumpo'pump~ I eller, pump blade
ABSTRACT: A method is suggested for calculating the coordinates of some points of
a three-dimensional blade on the basis of the coordinates of a flow surface S
and a line L lying in this surface. A procedure for calculating these coordinates
is outlined for the case when 3 and L have been determined according to the
1. N. Voznesenskly method (ILife, ate.", Nashgiz, Moscow, 1952). The latter
lyiel '.ds: (a) coordinates of some points on the line L which belongs with a definite
surface R and (b)." cosines of tangent vectors of eddy lines and flow lines which
iintersect at the ibova points. The analytical determination of the blade profile
lobviates complicated and laborious graphical methods proposed by L. A. Dreyfus
Otockholm, 1946) and A. Tu. Cotton (1958). Orig. art. has: 2 figures and
5 formulas.

I,Card2/2AIP

11 Orli It T", PIF NN Y ,,, 0 1 , N . ; T AN SY, 1 Y , 11 , ?.! ~
De3igning the irput edge F-4:-A r--rea c; the r,,' a c,~ntri-
fugal pumip wheel in case of %in qrbJtrary lii~tial rw--v,-'ng of the
fluid flow. Izv. vy!-,. ucheb. zav.., a-, tp-kh. ? -n-,.2-i'447-15" 1615 ,
NIRA 18i5)

PCV,HEBEN?JYY, I.N., kand. tekhn. nauk, dotsent- TAMMY, A.1M., inzh.
Design of a sclidapatial vare of the rurmer of p -:en-fugai
punp. Izv. vys. ucheb. zav.; energ. 8 no.5"90-92 ~'y 165.
(,I,fIPA IF6-6)
1. Voronpzhskiy politekhnicheskiy irist-litut. Predstavlena
kafedroy tepolovykh dvigateley.

TANSKIY, V.I.
,
Corrparing the population of Nuropean grain thrips (Haplothrips
tritici Kurd) on various spring wheat varieties and their harmfulness
in northern Kazakhstan. Trudy VIZR no.ll:?-25 ' 58.
(MIRA 12:1)
(Kazakhstan--Wheat--Diseases and pests)
(Thrips)

TANSKIY, V.I.
Underlying principles of agricultural practices used to control
the wheat thrips Haplothrips tritici lurd. ("anoptera,
Phloeothripidae) in northern Kazakhstan [with suimry in English].
Ent.obox, 37 no,4:785-797 158. (KIRA 11:12)
1. Teesoyuzayy institut zashchity rasteniy, Leningrad.
(Kazakhstan-Thrips) (Wheat--Diseases and pests)

TAMMY, V. I. : mpstt,)r Biol Sci (alss) -- "Whent. thrlpr in rr.,,7inns -Ihlnre~ -Ir-
gin and fallmr lands are being cultivated in northern Kazaklistan". Leninj7nae.,
10159. 101 pp (All-Union order of Lonin Acad A&wIc Sri In V. I. Lonin, All-Ution
Sci liar, inst, of Plant Protection), 150 CoPies (KL, JTo 18, 1959, 12h)

GRIGORIYEVA, T.G., kand. seliskokhoza. naukj BOBIKSKAYA) S.G., kand, biolog6
nauk;,TANSKIY, V.I., mladshly nauchnyy sotrudnik
Biological characteristics of the cutworm Hader& sordida " the
fori6ast of its mult1plication. Zashch. rast. ot vred. i bol. 1+
noo2:38-4-1 Mr-Ap 1,49. (MIRA 16:5)
(Cutworms)

TANSKIYJ, V.I., kand.biolog.nauk
Harmfulness of vheat thrips. Zashch.rast.ot vred.i bol. 5 .
no.7s23-25 Jl 160. (MIRA 16W
(Kustana~-Province--Wheat-Difioases and pests)
(Kustanay Province-Thrips-Extermination)

. TANSKIY, V.I....
Migrations of the wheat thrips (Haplothrips tritici Xurd.) Zool.
zhur. 39 no-9:1345-1349 S 160. (KIRA 13:9)
1. All-Union Research Institute of Plant P~rotection, leningrad.
(Kustamw Province-Thrum) (Insects--Migration)
(Mheat-Diseases and posts)

WSKIY, -Y.I.
-.1- .
Formation of the thripe (ThyBanopter-a) fauna on wheat crops
on the newlands of northern Kazakhstan. Ent. oboz. 40 no.4:
785-793 161. (MIRA 17:1)
1. Vsesoyuznyy institut zashchity rasteniy VBesoyuznoy
akademii sellskokhozyaystvenzlykh nauk imeni Lenina,, Lenin-
grad.

TANSKIY, V.I.
Methods of a quantitative census of thrips. Vop. ekol. 42146-149
t62. (K= 15: 11)
1. Vessoynanyy inBtitut zashchity r&Bteniy, Leningrad.
(Thrips)

TANSKIYJ, V.I.,, kand. biolog. nauk
.;
Determining the harmfulness of the larvae of the European
grain thrips. Zashch. rast. ot vred. i bol. 7 no.12:43-44
D 162. (MIRA 16:7)
1. Vessoyuznyy institut zashchity rastenly.
(Thrips) (Wheat-Diseases and posts)

,rANSK I Y, V. I.
Effect of varieta:L characteristics of spring wheat on the develop-
ment of the owlet moth Hadena sordida Bkh. Zool, zhur. 43 no.8:lli,.5.-
-U 54 '64. (WRA 17M)
1. Vsasoyuznyj nauchno-lualedovatel'skiy inatitut zashchity rastaniy,
Laningrad.

TANSKIY, V.I.
Some characteristics of the fauna of thrips (Thysanopters.) as
a component of steppe and wheat field biocenoces. Trudy Vaes.
ent. ob-va 50:67-72 165. (MIRA 18:5)

ZENOVICH, V.I., inzhener; TANSKIY. V.V.,inyhoner.
- -~: ~kle- ~r-z ~--' *1 ftkgl~l
Inventory unit for defreezing and heating of fillers. Nov.takh.
i pered. o . v stroi. 19 no.2:11-13 P 057. (MLRA 10:4)
fCancrete--Cold weather conditions)

ZZ11OVICH, V.I., inzh; TANSKIY. V.V., inzh.
Combination plant for crushing and slaking lime. Nov.tekh. I
pered. op. v. stroi. 19 no.12:21-24 D '57. (MIRA 11:1)
(Lime) (Crushing machinery)

TASSICIY. V.. inzh.
e~~: -
~'-*6dwtion of three-P17 wood chip blocks, Blul. tekh. Infom 4 no.4;
28-30 Ap 158. (KM 110)
(Nida, Polaad-Wood, Compressed)

TANSKIY, V.V., inzh.; ZAGOSKIIIA, G.V., red.; EUMMAX-F-VA, L.V.,
- tekhn.red.
(Making particle board using the pneumatic fractionation
g
of shavings] Froizvodstvo drevonno-struzhechnfth plit s
pnevmatichaskiin fraktaionirovaniem struzhek. Moskva,
TSentr.biuro takhn.inform- tsii Glavstandartdoma. 1959.
15 P. (KIRA 13:1)
(Wood, Compressed)

TANfZIY, V.V., inzh.; POSMOVA, G.L.9 red.; KOILOHEYER, V.Z., tekhn.red.
(Using synthetic materials in building (floors, roofing, and
waterproofing ma terials, heat Insulating and acoustical m terials)]
Primenenin nintotichoskikh rwiterialov v stroitel'stve (poly, krovlia,
to-olo-, zvuko I gidroizolistaila). Moskva, TSentr.biuro tokhn.
informatsii Glavstandnrtdomn, 1959. 34 P. WILA 13:1)
1. Gosudars'uvennyy proyektnyy institut No.2 (for Tanskiy).
(Plastics)

KICHAYEV2 V.G.; LAVROV, N.A.,; TANSKIY~ V.V~; -GREBENtKOV9 B.A.
Conveyer frames nade of precast reinforced concrete elements.
Rats. predl. no. 37J7-18 159. (MIRA 14-1)
(Conveying machinery)
Ir.

TANSKIY V.V.; KOYFAZIAN, G.P.; V0711ENKO, GA ; GORDONOVA, S.M.,-KUGUSHEV,
I.N.- GENIN, M.Ya; VISHNZVSKIY, A.V., red.; AVINOVITSKIY, I.Ya.,
.9
inzh. nauchn. red.; GORCHAKOV, A.V., otv. red.; RASKIN, Yu.A., red.
(Plastics in construction] Plastmassy v stroitelletve; tematicheBkii
sbornik. Moskva, TSentr.biuro tekhn.infomataii tekhn. upravloniia,
1960. 156 p. (MIRA JA:12)
1. Chlen-korrespondent Akademii stroitellstva i arkhitektury SSSR
(for Vishnevskiy). 2. TSentrallnoye byaro tekhnicheskoy informatsii
(for Raskin).
(Plastics) (Building materials)

13, ;~-Oo 0
S/112/59/000/016/0-23/0=4
A052/AOO2 - - -
Translation from: Referativnyy zhurnal, Elektrotekhnika, 1959, No. 16, p. 131,
# 34448
AUTHOR: Tanskiy, Ye. A.
4
TITLE: To the Problem of Calculation of Some Servo Systems
PERIODICAL: Sb. statey po elektropriborost. (Leninxr, in-t toohn. mecha:a. i
optiki, No. 28), Leningrad, 1957, PP. 54-63
TEXT: The calculation of servo systems described by a second order lineaLr-
equation is discussed for the case transistor, electronic or thyratror. amplifiers
are used in them. The described methods of calculation can also be usad for a
preliminary calculation of low-power servo systems with magnetic amplit"iers.
Four types of servo systems are considered: 1) systems with additional inter-Mal
friction, 2) with rigid negative velocity feedback, 3) with a differeptiating
element, and 4) with rigid positive velocity feedback and a differentiating
element. In view of the fact that the values of parameters of servo system
elements are limited, as a limiting value is taker, the maximum value of the cue
Card 1/2

S/112/59/000/016/6237/0554
To the Problem of Calculation of Some Servo Systems A052/AO02
voltage (for a system with a low-power asynchronous motor) or the m8.7-inpum vall_--,
of the motor moment (for medium-power motors). Correspondingly, 2 calial6tic-n
methods are considered. by the maximiam vol-tage and by the maximum momen-ft. Whsn
calculating a system, the following quality indices are ea:tisfied, 1) misnat~h
angle in kinetic conditionsi 2) the maximum value of the mismatch, ar4le in
trawient conditions; 3) the time of transient conditions, Graphs
the calculation of the above-mentioned servo sys-11'em types are given. There Ez-~
9 illustrations.
V. Ye. G.
Translator's note: This Is the full -translation of -the origtnaal Russian
abstract,
Card 2/2

66209
.O(C+ ?,:25-20 SOV/146-59-1-4/21
AUTIMRSt Tanskixy Y*.A., Candidate of Technical Sciencesp Docent, and
Nikolayenko, N*S., Senior Engineer
TITLEs A Servo System With a Transistorized Amplifier
FLPRIODICALs Izvestiya vysshikh uch*bnykh zaved*niy, Priborostroyeniye, 1959,
Nr 1, pp 28-33 (USSR)
ABSTRACTs The authors describe a servo system with a transistorized ac
amplifier. The circuit diagram is shown in fig.l. The amplifier
has two stages. One PIG and two P3V transistors are used. DG-
Ts24 diodes are used as voltage limiters. The power amplifica-
tion is about 53 db. The amplification factor at the outlet is
around 400. The arrangement of-the-parts in the assembled amp-
lifier is shown' in fig.5. The experimental data on the frequen-
cy characteristic coincide with theoretical data. The efficien-
cy'of the output stage is about 60%. The transistors are in-
stalled for cooling purposes on aluminum radiators having a sur-
face of 15 cm2. The amplifier was built at the Kafedra avtomati-
Card 1/2 ki i telemekhaniki (Department of Automation and Remote Con~/

66209
SOV/146-59-1-4/21
A Servo System With a Transistorized Amplifier
trols) of the Leningrad Institute of Precision Mechanics and
Optics. The method for calculating and testing the amplifier
was developed by Ye.A. Tanskiy, the amplifier was built by
N.S. Nikola-yenko. There are 1 photograph, 1 circuit diagram,
1 block diagram, 2 gyaphs and I table.
ASSOCIATIONs Leningradskiy inst 'itut tochnoy mechaniki i optiki (Leningrad
Institute of Precision Mechanics and Optics)
SUBMITTEDs October 2, 1958
Card 2/2

T IT Ts.A., doteefit, kand.takhn.nauk
Ivaluating conditions of linear operation of servonystems.
12V.VYS.ucbeb.sav.; prib. n0.3:3-7 '59. (MIRA 13:4)
1. laningradskiy institut tochnoy mekhaniki i optiki. FLekomendo-
vana kafedroy avtoriatiki I telewsMianiki.
(Automatic control)

q4
9(6) "S60/W3/01/003/016
2
2 6
AUTHDRS.-
Candidate of Technical Sciences, Senior Staff Member,
ila&ft Candidate of Technical Sciences., Docent
TME: A Follow-up Instrument System With Protection from Idle Phase
Voltage
PERIDDICAL: Izvestlya vysshikh uchebrqkh zavedeniy. Priborostroyeniye, 1960.,
Vol. 3, Nr 1. pp 18-25 (WSR)
ABSTRACT: At the Kafedra artomatiki I telemekhaniki (Chair of Automation and
Telemechanic4 the authors developed a follow-up system (Figure 1)
vith a small-size amplifier (Figure 2. photograph) in which a single
cycle key demodulator and a single-cycle key modulator%n semi-
conductor triodes (Figure 3) are used as a ~rotectlonagainst the
ldle'phaoe voltage. The calculation results of the formula for the
determination of the transmission coefficient and time constant of
the protection device are given,, and the trannisslon functlon and
the characteristics of the follow-up system are Investigatedmathe-
matically. It is pointed out that the device Is very reliable at a
Card 1/2 frequency of one cycle and an oscillation amplitude of 160. The

S/146/60/003/0]L/003/016
D002/DD06
A Fo1low-up Instrument System With Protection from Idle Phase Voltage
cur7es showing the oscillations of the follow-up axis are illustrated
(Figure 5). and show that the amplitude error Is very small. The
article was recommended by the Chair of Automation and Telemechardes.
There are 2 photographs., 3 diagrams, and 1 graph.
ASSOCIATIDN.- Leningradskiy Institut tochnoy memmuLiki I optiki (Leningrad Institutc:
of Precision Mechanics and Optic
STJBMTrM-. November 21., 1959
Card 2/2

\f`/UU24S2 A~hO-2/011/i200/1201-1
~;WRa-' C0DJ;' UR/0362
AUDWR: Golubitskiy, B. M.; Zakirava, A. R.; Tantashevo 10. V.
ORG: none
ITIU: Monte Carlo calculation of radiation transport in a hmnogeneous scattering
sphere with a central point source
S(XJRCE: IVI SSSR. Izvestiya. rizika atmosfery i ckeana, v. 2 , no. 11, 1966 9 1200-1201
TJPIC TAGS- timsport phenouenon,radiation source, electrumgnetic wave scattering,
Monte Carlo method, angular distribution
ABSTRACT: The article deals with the angular distribution of radiation on the bound-I
ary of a homogeneous scattering sphere, in the center of which is situated an
isotropic point source, using the only asstzVticn that the scattering mediu-i consists:~
of a set of individually non-absorbing spherical particles, such as were discussed by,,
D. 1)eiervenjian (Appl. Opt. v. 2, 187, 1964). The calculations were made with the
IUral'-21 computer by the Monte Carlo method, making use of a known relation between
any rendom nunber and its arbitrary distribution density, in this case the distribu-
tion density of the mean free paths and the scatter!ing angles. The results ware
found to be in good agzwxmt with trial calculations by means of numerical integra-
tion. It is indicated that the uetbod can be used for calculations with arbitrary
card 1/2
UDC: 535.3C-

ACC NRs 452
scattering indicatrices with allowmce for poluization and absorption, and also to
solve more amplicated proW of radiation tnnsport. Orig. art. has: 2 figures
and 4 formulas,
SUB COM: 20/ SWM DATE: 14Apx66/ OJUG RM 004/ OM JFX: 001
Card 2/2

KATAYEV, Ye.G.; TANTASHEIIA, F.R.
Divinyl sulfoxide and divinyl sulfone in diene synthesis with
symmetric dienes. Dokl. AN SSSR 141 no.5:1101-UO4 D 161.
(MIRA 14:12)
1. Kazanskiy gosudarstvonnyj, universitet im. V.I. Ullyanova-Lanina.
Predstavleno akademikom B.A. Aribuzovym.
(olefins) (Sulfoxides)
(Sulfone)

KATAYEV, Ye.G.; TANTASHEVA~ F.R.
/I
Dienophilic activity of A,. A -dichlorodivinyl sulfoxide,
' -.(Ubromodivinyl sulfoxide, andA,40' -dibromodivinyl sulfone.
A
llur.ob.khim. 33 no.7*.2307-2310 Jl 163. (MIRA 16:8)
1. Kazanskiy gosudarstvennyy universitet imeni Ullyanova~~snina.
(Sulfoxide) (Sulfone) (Chemistry, Organic-Synthesis)

BULGARIA
-T~NTILOV, Asgp,.Dr, Veterinarian at Workers' Cooperative Agricultural
Enterprise (veterinaren lekar pri trudovo-kooperativnite zemedelskoto
stopanstvo,) Debelets, Turnovsko.
"The Battle Against Infertility in Cows."
Sofia, Veterinarna Sbirka, Vol 60, No 6, 1963; pp 20-21.
Abstract : Report of 4 years' experiences in 193-head dairy farm: followin.-
favorable report of use of horseradish and garlic phytoncides, author tried
onion fresh water 'extracts' in 73 infertile cows assumed to have
'symptomless endometritis'; good results; one cycle of treatment brought
normal estrus back in 71%, 2 cycles in 80.8%, 3 in 97% whereas more
conventional fish oil - Itoromangan' and pilocarpine brought estrus on in
74%. Cheapness and simplicity of onion treatment recommend it.
15

KATAYEV Ye.G.L, " F.R.; YARKOVA, E.G.
I _TANTA;jUZl _ _
Reaction of t-riethyl phosphite with 0 -bro-movinyl sulfones.
Zhur. ob. khim. 35 no.4:759 Ap 165.
(MIRA 18:5)
1. Kazaiskiy gosudarstverinyy universitet im. V.I. Ullyanova-
Lenina.

T ATITLE',"SKlY 2 Ye - 11-
Cost indices cl and paint
soob. 1TINIIIISIM no.15:7--n) 162.

I -A IAOT61

TANT03). Fbron-o-
Ip-to-date farm buildings. Technika 7 no,1:6-7 Ja 163.
1. Epitestudomanyi Intezet tudomanyou munkatarna.

POLLMI321, N. P.; KOR,"HEIEVSHY, V. V.; 11,1011AKHOV, 1e. N.; TANTOV, S. V.
"An Autcmatic Device for Che:!king the Electrical Parameters
of Hicro-Elements"
Report oubiLitted at the Thirl Conference on Automatic
Control and Electrical Menuromont Methodo waa held at
Novosibirsk, 19-23 Sept. 19(l.

VORONITSY11, K.I., kand. tolft.. nauko red.; TIZUIGAUZEN, P.E.~ kand.
tekhn. nauk., red.; NADBAKH, M.P., red.; TVITSEV, A.A._, starshiy
nauchnyy sotr., red.; AffUVOV., S.A., kaiid. -tekA--i. nauk, red.;
AB11WOV, D.A., red.; ."30GDANOV, NJ.,, starshiy ruiuchnri sotr.,
red.; VIVOGOROV, G.K., kand. tekhn. nauk, red.; GAVRILOV, I.I.,
starshiy nauchnyy sotr., red.; GUSARCHUK, D.F., starshiy nauchnyy
sotr., red.; D'YAKONOV, A.I., rod.; ZAVIYALOV, M.A., kand. tokhn.
nauk, red.; ZARETSKrY, V.S., starshiy naucluiyy sotr., red.;
KAC11ELKI1,J, L.I., starshiy nauchnyy aotr., red.; KISHINSKIY, M.I.,
kand. tekhn. naulc,, red.; KOLMJGV, B.7a., starshiy nauchnyy sotr.,
red.; OSIPOV, A.I., kand. tekhn. nauk, red.; SHINEV, I.S., kand.
ekon. nauk, red,
[Materials of the enlarged session of the Scientific Council of
the Central Scientific Research Institute for Mechanization and
Power Engineering in Lumbering on problems concerning power
engineering and the electrification of the lumber industry]
Materialy rasshirennoi sessii Uchenogo soveta TsNIIME po voprosu
energetiki i elektrifikatsii lesnoi promyshlennosti. Moskva,
1961. 75 p. (MIRA 15:4)
(Continued on next card)

VORONITSYNj K.I.--(continued) Card 2.
I.Kbi-Tri.lSentrallruy nauchro-issledovatellskiy institut me-
khanizatsii i energetiki lesnoy pron7shlennosti. 2. Hachallnik
TSentrallnogo byuro tekhnicheskoy informatsii lesnoy promyshlen-
nosti (for Nadbakh). 3. Direktor TSentrallnogo nauchno-
issledovatellskogo instituta mekhanizatsii i energetiki lesnoy
promyshlennosti (for Voronitsyn). 4. Uchanyy sovet TSentrallnogo
nauchno-issledovatellskogo instituta mekhanizatsii i energetiki
lesnoy promyshlemosti (for D'yakonov). 5. Yachallnik otdeleniya
energetiki i sredstv avtomatizatsii TSentrallnogo nauchno-
issledovatellskogo instituta mekhanizatsii i energetiki lesnoy
prov:~shlennosti (for Zaretskiy).
(Lumbering) (Electric power)

'BODRIZOV. I.M., ad.; GOLOVANOV. A.L.. redaktor; UGICHIV, V.G., inzhener;
BERNLOSKIT. U.N., in2hener; ZAK, G.I., inshaner; SOLOGUB, A.D., inzhener;
TANTSKAX, A.I., Inshener; TIKHMOVA, L.Y.. inzhener.
[P~rogresslve technology In the building materials industry of the Ministry
of Railroad TransiDortation] Plersdovals, takhaologita v promyshlennosti
stroitellnykh mat*rialov MPS. Moskva. Goa. trausp. zhal-dor. i2d-TO, 1952.
62 p. (Kf-" 6:5
(Building materials)

TANTSOVA, N. N.
USSR/Geophysics - Condensation nuclei FD 387
Card 1/1
Author Smirnov , N. S., Tantsova, N. N., and Shaposhnikova, 1. 1.
Title t Problem of the origin of condensation nuclei
Periodical : Izv. AN SSSR, Ser. geofiz. 3, 293-298, May/Jun 1954
Abstract : Present the results of systematic measurements of content of
ultramicroscopic particles in the air. Show that in the supply
.ing
of the atmosphere with condensation nuclei a large role is played by
the productive activity of people, but the main factors cleansing the
atmosphere of condensation nuclei are precipitation, fogs an
d hi.h
humidity of the air. 5 references-3 Soviet.
Institution : Geophysics Institute, Acad Sci USSR
Submitted : Dec. 12, 1952

DIBOVSKATA, Irm Konstantinmna, d6tsent, kand.filol.nauk; PRORTOVA, IrIna
Andreyevna; SUVOROVI, Vora Tasilyevna; CHNSKIS, Zoya Borimoma;
DZTBV, G.N., red.; KAWICH, I.G., doktor fiz.-matem.nauk, red.;
PARIYSKIY. U.N., kand.fix.-matem.nauk, red.;_TANTSOVA, M.N., kand.
takhn.pauk, red.; TOOTIMA, L.V.. red.; TiWjw6fjf*,--,-'ZA-,',- red.;
KRYUCHKOVI, V.N., takhn.red.
EFrench-Russian geophysical dictionaryf Frantsuzako-.4maskii geo-
fizicheskii alovar'. Pod red. G.N.Deeva i dr. Moskva, Glav.re-
daktaiia inostr.nauchno-takhn.sloyarel, ]Pizmatgiza, 1960. 374 P.
(Geophysics--Dictionaries) (MIRA 13:9)
(French language--Dictionaries--Russian language)
(Russia:h language--Dictionaries--French language)

TANTSGVA., 14.4_.Ltranslator); IVANOV-KHOLODMI G.S.p red.; SJLMSONENKO,
red.; M014YAKOV, A.D., tekhn. red,
[Investigation of the upper atmosphere by the use of rackets and
satellites; solar short-wave and corpuscular radiations and
their effect on the upper atmosphore of the earth] Issledovaniia
verkhnei atmosfery s pomoshchliu raket i sputnikov; korotkovolno-
voe ikorpuskuliarnoe izlucheniia solntsa i. ikh vozdeistvie na
verkhniuiu atmosferu Zerp.1i; sbornik statei. Moskva, Izd-vo inostr.
lit-ry, 1961. 471 p. (MIRA 15:2)
(Solar radiation) (Atmosphere, Upper--Rocket observations)

L-2150
S/203/62//002/004/012/018
1046/1246
AUTTIOR Tantsova, N.N.
TITLE: Formation of ozone upon the action of o(i -radiation on
air
PER I OD!CA T: Geomagnritizrr. I aeronomiya, v.2,-no.4, 1962, 732-736
TEXT: The amount of ozone prod-aced in the atmospheric air by
rsdiation from Po210 was found to vary with the time as
c e-kt)
"Llhe following fiL-I*tires -,-rcro obt.-.1ned for the deoendence of the equi-
."Librium ozone yield A e-rA Whe rate constarit k on the activit-, c,'
the - G(A-radintion soorce and on the air te m., erat-,we:

A.CtIvity, M.-
A or
Temooratitre,
A
k
411 2.44 1.1. 5.5 1.89 0.6
2-19 1 . 10% 1.1 15 1.61 0.6
130 0.77-1 1.3 20 1.15 0.8
80.6 0.52 1.1 30 0,779 1.1
Card 1/2 38 0,5e8 1.55

2/203/62/002/004/012/018
1046/1246
Formation of ozone uPon thb action...
The results show thrat the convon+-;:ation of the nntural 00-ac t iv e
impurities In the atr,,-)sl)here 10-1-3 vyl) is insufficient to produce
any substantial amoiints of atmospheric ozone. There are 6 figires
and 2 tables.
ASSOCLMON: institut priklcdnoy geofizilci (Institute of Applied
Geoph-%-f:ic..3
SUBIVITTED: April 6, 1962
Card 2/2

~41 . . . . . . .
Cate,
.i.11 co
list
.1h'.
Acassiox NRi AP4031646
AUTHOR., Tantsova, N. X.
TITIZ: An artificial luminescent cloud
S/0203/6,4/004/002/WA/04(
SOURCE: Geomagnetizm i aeronomiya, v. 4. no, 2. 1964# 404-408
TOPIC TAGS: luminescence, nitrotw oxide,, atmospheric element,, visible spectrum
radiationp light energyo oxygenp nitrogen, reaction speed
ABSTRACT: A method for measuring the concentrations of oxygen and nitrogen
'atoms in the upper atmosphere is described. Known amounts of nitrogen monoxide
are released from rockets in the upper atmosphere; the nitrogen monoxide combineff
with atomic oxygen, producing nitrogen dioxide and light-nergy in the visible
spectrum: NO+ .0. K, NO$% N021 - N02 + hv
where K, is a characteristic reaction speed and hv is light energy. Subsequent.7
I
J~nitrogen dioxide reacts with atomic oxygen,
If#
NO, + 0 NO + 00,. and 0i*-02+hV-
Card 1 1/2
40z: 00
0216

TANTSUP.A. o., p k,, nd-,- 'cqtq' lor,.il
A gu&ranf-et of ~s .,.n th~,- unity of .r. fj~.rg a.,j.4
eduaatic;n. Vr,~.:n. ~'3 no.~5,~'-,'~-5.6 My 161..
( 1ri Rk - 7 , 0) )

C,
TAtjTSUROV,j G. V., Cand Agr Sci -- (diss) "I of Fatness
andN'A&i~~~ of Sows Dur'Ing the klatir-g Period and-jhm=g
theT-ri-o-d Pregnanc~ lip onto ve lopment, Metabolism and-Per-
Pe,
L4zmanw of Their Offspring." Kiev, 1957. 15 pp (Ukrainian
Acad of Agricultural Sci), 100 copies (KL, 50-57, 119)
- 25 -

TAIUSSYRAVA, T.I.
and
of "pirol-,
a. lhkhu~i
allW! If;,
th" "141. [,~.tttxl I, Wt 2~
-if ':r, a~-70'.
It, mull I i'~ b4t (":t:c dild. With M
,~jl. nAJ I.-AJO, i Lit with 11A diAll.
(isfilited its (tie
!ifrowide, ail,l V)
tt*-,~ L-1700, 11;4
Whirl, with vg.06~: allily AIW,~ fv:,dily yidd-4 th'-,
flydrok'A313-
I, I ft of liv tlil-%w uo, I V a I It;a at I I A. nnd
*j?, VW34 (Cf. Willskil alld
G M. Kv~(,Llpoff

ffPSHTEYN., Ye.F.; MOSKALFV, A.N.; SERCGODSKIY, A.V.; PIGIDA, Ye.Yu.;
TANTSUPA, V.A.
Investigating the operation of a gasoline and a-ir jet-piercing
machine. Gor. zhur. no.035-37 Ap 165. (MIRA 18:5)
1. Dnepropetrovskiy gornyy institut (for Epshteyn). 2. Filial
Instituta mekhaniki AN UkrSSR (for all except Epshteyn).

.%(ejCf), a:A AIOMI !C~11,
%A4 U SS (R
J.j
it

TAITTSYREV, G.D.
948
THP TIM 01,
G. 13 Tani2vr-3v,=d
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dia,phra-m aay I fu;3cCL int.) ~h~2 -1-TIlCti Of
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f (Inatitut khlmicheakoy fiziki
AN 9IR
SUB7.1ITT]M: F
AITAILA:'I"21: 7-*'.-
Spectrometers 2. Diaphragns-Glass-Application

AUTHORS: Tantsyrev, G.D.,and Tal'roze, V.L. 120-5-1-1/35
TITLE: Measurement of Weak Ion Currents in a Mass-spectrograph
Using an Ionization Chamber (Izmereniye slabykh ionnykh
tokov v mass-spektrometre ionizatsionnoy kameroy)
PERIODICAL: Pribory i Tekhnika Eksperimenta, 1957, 140-55
PP. 51 - 53 (USOR)
ABSTRACT: To measure ion currents smaller than 10-14 or 10-15A in
mass spectrometry it is possible to use electron multipliers
or photomultipliers which count separate ions. However, this
procedure involves the use of complex electronics and the
range of currents which can be neasured in this way is rather
limited (it is difficult to neasure currents greater than
10-15 because of the low resolvin- power of such systems).
Measurement of the ion current using the mean current of an
electron multiplier is difficult because of the insufficient
constancy of the amplification coefficient of multipliers. In
addition, there are problems associated wit), the appreciable
dark current. In connection with these difficulties, it is
interesting to consider the possibility of using devices
similar to the ionisation chamber since these have both high
sensitivity and sufficient stability. Recently (Ref.2) an
Card 1/4 application of the Geiger counter was described. In this

120-5-11/~"5
Measurement of Weak Ion Currents in a Mass-spectrogra-Dh Sir1g an
Ionization Chamber.
device, the ions were admitted to the counter by two small
diaphragms. However, such a system is unwieldy and appreciably
affects the vacuum in the mass-spectrograph. In the present
note, a system is described which is free from these objections.
It uses gas multiplication; the ion current is transformed
at a nickel target into an electron current and is then ampli-
fied in an ionization chamber. The current in the chamber is
measured by an electrometer. The system is shown diagrammati-
cally in Fig. 1. Ions having an energy of 2 keV are admitted
through a collectin,' slit 1 and further accelerated between
electrodes 2 and 3 ~additional energy up to 20 keV) and then
.impinged on a nickel plate 4. The coefficient of secondary
emission is practically independent of energy above 7 keV and
is equal to 4.3 for the ions H20+. The secondary electrons are
accelerated by electric field into the ionization chamber which
is at earth potential. A cylindrical ionization chamber is
used having the following dimensions: internal diameter 10 mml
diameter of collecting ele5trode 1 mm,, length of camera 40 mm,
window thickness 0.5 mg/cm - Measurements have shown that
(;ard2/4 when the chamber is filled to a pressure of 44 mmHg and at ion

1.20-5-11./35
Measurement of Weak Ion Currents in a Mass-spectrograph Usin-- an
Ionization Chamber.
currents of the order of 10-12 A the curve of the current
through the ionization chamber as a function of the potential
difference between the electrodes has a plateau beginning at
5 V (Fig.2). The coefficient of amplification of the system
as a function of the energy of the electrons at various
pressures is shown in Fig.3. At electron energies of 20 keV,
the amplification coefficient increases proportionately with
pressure in the chamber. iror ions of mass 32(0+) and the
2
chamber pressure of 45 mmHg, the amplification coefficient was
360. The stability of the latter was found to be of the order
o f + 2016. It is thoughbthat when the electrons pass through
the 'Ehamber window, they are strongly scattered and therefore
enter the chamber at an angle to the central collecting elec-
trode. For this reason, the authors suggest that bigher
amplification coefficients will be obtained when the diameter
of the chamber is increased. If necessary, the system may be
used also for the counting of separate ions if one changes the
working regime from ionization to Geiger.
Card3/4 There are 3 figures, 4 references, 1 of which is Slavic.

120-5-11/35 -
Measurement of Weak Ion Currents in a Mass-spectrograph Using an
Ionization Chamber.
ASSOCIATION: Institute of Chemical Physics of the Ac.Sc. USSR.
(Institut khimicheskoy fiziki AN SSSR)
SUBMITTED: March 21, 1957.
AVAILABLE: Library of Congress.
Card 4/4

Wig I
AUTHORSt Lavrovskaya, G. K., Skurat, V. Ye., Tallroze, V.L.,20_)rt-27/52
Tantsyr&v, G. D.-
TITLE: Mass-Sp&ctroscopic Investigation of the Products of Discharge
in Steam (Mass- spektro skopiche skoye issledovaniye produktov
razryada v parakh vody).
PERIODICAL: Doklady AN SSSR, 1957, Vol- 117, Nr 4, pp. 641-644 (USSR)
ABSTRAM The here discussed measurements were carried out with a mass
spectrometer specially constructed for the determination of
free radicals and atoms. The peculiarity of this apparatus is
the introduction of the mixture to be analyzed into the ion
source in form of a bundle of molecules. The molecule bundle
is here coaxial with the ion-bundle. The system of the form-
ation of this molecule bundle and the scheme of the connection
of the apparatus of discharge with the mass spectrometer is
demonstrated in a diagram. Further particulars are given on the
design and calibration of this instrument. The authors then
discuss the results of the mass-spectroscopical measurements
of the concentration of the atoms and radicals in the discharge-
-products formed in the steam. Measurements were carried out
at pressures of from 0,5 to 4 mm torr. and with a discharge
Card 1/3 amperage of from 100 to 150 mA. The intensities of the

Nano-Spectroscopio Investigation of the ProduotB of Discharge 20-4-27/52
in Steam,
currents of ions It and III for M/e a 1, 2, 16, 17, 18, and
32 were measured. With a steam pressure from 0,5 to 1,5 mm
torr., H-atoms and the free hydroxyl, but no O-atoms were
observed in the discharge. An evaluation of th* sensitivity
of the apparatus show that the concentration of the O-atoms is
in each case smaller than the concentration of OH. O-atoms
were observed with an increase of pressure to 3 mm torr. .
The results of these measurements were summarized in a tablea
The intensities of the current of ions I depend only on the
atoms H,O and on the free hydroxyl. The concentrations of the
atoms H and 09 as well as of the free hydroxyl are numerically
given. The mass spectroscopic measurements confirm the ex-
istence of an important concentration of O-atoms in the pro-
ducts of a discharge in steam. At least two processes must
contribute to the occurence of O-atoms with this discharge:
OH+ + H20 -+ 0 + H 30+ + 58 kkal/mol; OH + H20+ 0 + H30+ +
+ 47 kkal/mol. With an incroas* of the pressure these pro-
cesses must play a steadily increasing r'0'19.
There are 2 figures, 2 tables, and 13 references, 8 of which
Card 2/3 are Slavic.

- Mass-Spectroscopic Investigation of the Products of Discharge 20-4-2-21 = -2
. in Steam.
PRESENTEDs May -16t 1957., by V. 11. Kondratlyev, Academician.
SUBMITTED: I April 28, 1957
AVAILABLE: Library of Congress
Card 3/3

AUTHORS: G. D., Tall.:-cze, V. 20-117-5-20/')~
TITUt The iev,:rL; ion (j-' tau A .-Lat iu-
ai,d] Tct:ipQr-,turL: ii. Lh,~ 1401---u,41ar 3,;,;CtruL1 (0,)-:-Ashchenije
te;,i-.;ur.utjrr1oy zavisi-iosti i-at.-7nsivilosti oilcoloctinjkh linij v

PERIODICAL: Dokladj AN S3JH, 1937, Vol. 117, Nr 3, pp. 6o2-803 (USS-R)
ABSTRACT: Thu t,--L-yurature dupendence of the wass spectra at 1ON energijs
of the olectrons (in the vicinitj of th%)ot~.!zitials rulated to the
occurrence of fru~;,aunt ioris) ,,ust be of prime interest for the
creation of a Vioori of thi! dissociative innisation. The authors
co:,,ducted such LL,isure,ik~zitj, usin-,, as a practical exam-ple H-
heptane, with the help of the mass spectrograph MC - la, which
was pruvided with a systew for measuring and stabilising the tem-
1)~~rature of thuAon source. t-~he 6istribution of the intensity of
the lines of the maus spectrum at various energies of the electrCM.
was Laeasured. Thu results of the examinations uf the ions C
H
5
111
.C4H+ urld C3 H+ are illustrated in a diagram. In all of the cases
*
?
Y
,r InvesL
und
Autiun th---' tQ1UPt.:1-LItUre dopundence II
F_ I proved to be
roughly linear. I denutes the intensity of a given line, and
0
YI the total iitensitj of all lineu. A reduction of the enargy
of the electroiis shifts the te~:i-,)erature coefficient of the quanti-
Card 1/2 ty I/I:I to-..ards more posivite valucs for th,: lines under inve-

20-117-5-20/54
The Reversion of the Relation Between tile Fru.~:iient Line Intepjity
and Te.4perature in the Molecular Mass S.,ectrum.
H' H+
,
stigation. It up
iears,thut in th,~ case of the ions C
ard C
,
,
,
5 11
such electron energrie3 exist, at which thu awOunt 0 _ telapera-
f t2
ture coefficient passes throu-h ze+,-o, this obviously indicatinj
U ti
tile existence of a reversal effect. The ullienomena observed here
may be interpl-eted as follovis. ThE. decomposition of the originally
0
+
molecular ion (C7H
6 in our case) (which is produced irimediately
1
after the colli4iDn or th(~: wolecule with the vlectron,) (IOL-S riot
taktz: place instaitartuout3ly for all the possible fraji~jeiit ions, but
proceeds ill 3tajes. For example, the first decomposition process-
es occur in the C-C-bindin-os and the fragment ions prodaz;ed in this
way deco;lqpose further alung the C-C and C-H bondin-s. For a qua-
litative a
pplication of the e'fect observed here it will be ne-
ces3arj to weasure the teuperature dependence and the exact po-
tentials connected with the oucurrence of every ion in the mass
spectrum-of the inolecule under investigation. There are 1 fi,,ure,
e referalLces, 4 of which are Slavic.
ASSOCIATIONs Institute for Chemical Physicj AS USSR(In:;titut khiLaicheskoy fizi-
ki Akudemii nauk SSSR)
PRESIQUED: July 6, 1957, bd V. N. Kortdrat'jev, kcaue~tician
SiJ;4*."'VT'U"D: Jane 29, 1937
Card 2/2

86746
S/120/60/000/006/021/045
9032/2514
//./o 0
AUTHORSt Tallroze, V.L., Dekabrun, L.L., Tant~~y"y, ... ~.D.,
Franktvich, Ye.L., Vetrov, O.D., yi-b-imova',
Layrovskaya, G.K., Yerofeyev, V.I., Grishin, V.U.,
Skurat, V.Ye. and Yukhvidin, A.Ya.
TITLE: The PMC -2 (RMS-2) Mass Spectrometer Designed for
Studying...-Chenical.React-ions and the Determination of
Free-Radicals
PERIODICAL: Oribory i tekhnika eksperimenta, 1960, No.6, PP-78-84
TEXT: A double magnetic mass-spectrometer designed for study-
ing reactions in the gaseous phase and, in particular, for the
determination of free radicals is described. Two methods are used
to produce the ions. In the first method the mixture to be
analysed in ionized by charge transfer to specially produced ions.
The letter are formed in a separate ion gun by means of electron
bombardment and are mass-analysed in a small magnetic analys*r.
In the second method the mixture under consideration is ionized
directly by electron bombardment. Quasi-monochromatization is
achieved by a method based on that reported by Fox et &I. (Ref.11).
The S" from the "reactor" in introduced into the ion source in the
Card 1/6

86746
5/120/6o/ooo/oo6/021/045
3032/9514
The rmC-2 (RMS-2) Mass Spectrometer Designed for Studying Chemical
Reactions and the Determination of Free Radicals
form of a molecular beam which is mechanically interrupted at a
known frequency. In distinction to the method described by Fon*r
and Hudson (Ref.2), in which the molecular and ion beams are
perpendicular, in the present system the two beams are coaxial,
which means that smaller voltages are necessary for the "extraction"
of the ions from the ionization region and it in possible to reduce
the intensity of the background mass-spectrum. A particular feature
of the present instrument in the use (in the measuring part of the
spectrometer) of K-stabilization of parameters such as the
accelerating voltage, the volta,,,,e supplying the detector, the
emission current of the ion gun cathode, and the supply voltage for
the ion source cathode. ThIs was described by the second of the
present authors in Ref.10. The maslo, numbers are determined from a
knowledge of the magnetic field which in turn in measured with the
aid of a Hall probe (germanium crystal*). The basic mass spectro-
metric arrangement employed is shown in Fig.2. Products of
chemical reactions taking place in the "reactor" I enter the
region 11 through a small aperture In the thin glass diaphragm 8
Card 2/6

86746
5/120/60/000/006/021/045
R032/Z5i4
The PMC-2 (RMS-2) Mass.. Spectrometer Designed for Studying Chemical
Reactions and the.Deterainatton of Free Radicals
in the fovw of &'molecular beam. This molecular be&= is collimated
further by the diaphragm 6 which separates the volume 11 from
tho region in which ionization takes place. A moveable screen 7
is placed in front of the diaphragm 6 and interrupts the molecular
beam 33 times per sec. In the case of ionization by charge transfer,
the primary ions are produced in the ton gun 111. The ion beam
formed there to mass analyzed in the 600 magnetic analyzer IV
which has a working radius of 100 am. The primary ion beam, consist-
ing of ions of the required mass, intersects the molecular beam and
charge transfer takes place. In the case of ionization by electron
impact, the source becomes analogous to that described by the fir:t
and fourth of the present authors in Ref.g. In the case of ioniz
tion by a monochromatized electron beam, the modulation of the
molecular beam by the chopper 7 in not employed. The ion current
in the mass-spectrometer in measured either by a d.c. amplifier or
by an electron multiplier. The vacuum chamber of the mass-spectro-
meter is an all-metal system and all the sections are out-gassed at
300 to 3500C before the operation is begun. As an illustration of
Card 3/6

86746
5/120/60/000/006/021/045
9032/Z514
The PM C -2 (RMS-2) Mass -Spectrometer Designed for Studying Chemical
Reactions and the Determin&tlon..of Free Radicals
the possible applications of the instrument, data are quoted on the
formation of free radicals in the pyrolysis of hydrazine. In these
experiments the hydrazine entered from a glass container into a
quartz capillary through a control valve. The capillary was heated
to a known temperature, as a result of which the hydrazine
decomposed into nitrogen, hydrogen, ammonia and some unstable
products (Foner and Hudson, Ref.18). Fig.7 shown the distribution
of line intensities in the mass-spe~trum of hydrazine obtained by
the charge transfer method using HH ions formed from ammonia. The
pressure in the source was 5 x 10-15;m Hg and the pressure in the
chamber of the small analyser was 4 x 10-5 mm HS. For comparison,
the dotted line shown the mass-spectrum obtained on bombarding
hydrazine with 50 ey electrons. Fig.8 shows the intensity distri-
bution obtained under similar conditions at 10000C (dotted lines)
and 25*C (continuous lines). Acknov&dgments are expressed to
Ye. K. Rusmiyan, B. T. Voroblyev, B, G. Belov, M. N. Morozov and
M. 1. Markin for assistance in this work. There are 8 figures and
20 references: 11 Soviet and 9 non-Soviet.
Card 4/6

867),6
sj1-2o/6o/ooo/oo6/o2l/O45
E032/E5i4
The PMC--2 (RMS-2) Mass Spectrometer Designed for Studying Chemical
Reactions and the Determination of Free Radicalm
'ASSOCIATION: Institut khimicheskoy flzikl AN SSSR (Institute of
Chemical Physics, AS, USSR)
SUBMITTED: October 15, 1959
Fig.2
I reactor, III - ion gun, IV small magnetic analyser,
V large magnetic analyser
to I/ /Z K. ffI
4
6
Card 5/6

86746b
S/l2o/6o/ooo/oo6/02l/045
E032/E514
The PMC -2 (RMS-2) Mass Spectrometer Designed for Studying Chemical
Reactions and the Determination,of Free Radicals
Fig.7 Fig.8
Comparison of mass-spectra of Charge transfer mass spectra
--hydrazine obtained on electron of hydrazine and its decompo-
bombardment (dotted) and charge sition products at 10000C
transfer from NH+ ions (full lines). (dotted) and 250C (full lIne).
... Key: 1 - relativa intensity,
2 - mass number.
qLujougomwfin dOIIILrJUj'IJO"UjO
.-,Card-,6/6

TALIROZE, V.L.; ZIMA, K.I.; POLYAKOVA, A.A.;, TANTSYREV, G.D.
Mass spectrum analysis of mi4*res of organic substances.
Trudy Kom.anal.khim. 13-456-04 163. (nmk 16'.5)
1. Vsesoyuznyy njulchno-issledovatel'skiy institut po pererabotke
nefti i gaze i polucheniyu iskusstvennogo zhidkogo topliva.
(Organic compounds) (Mass spectrometry)

L 102?1-63 W(1)/BDS/ES(v) -2--AFFTG/A5D/SSD-Pabv4-IJP(G)
ACCESSION NR: AP3002734 8/0120/63/000/003/01-18/0121
AUTHOR: Tantg&ev., G, D, j Muovj Gs V.i Tallroze, V* L.
TITIZ: Anea7tical mass spectrometer with modulated molecular beam
SaMCE: Pribory i tekhnika eksperimenta,"no. 3, 1963, 118-121
TOKC TWS: mass spectrometer, trace detectability, molecular beam modulation
ABSTRACT: W~difications of existing mass spectrometer design are described,
consisting of modulating the injected gas molecule beam prior to its ionization
and replacing the usual collector head with a multiplier tube, electrometer
fi. 1 -1
er, &-c amplifier, and phase detector. This method increases the
detectability of small traces which tend to be obscured by noise effects in the
apparatus, such as residual guAn'the vacuum chember, gas evolution from chamber
elements, and adsorption. Beam modulation (see Fig. 1 of Enclosure) is obtained
by the action of abutter 7, which is enaxgized by solenoid 8 to interrupt the beam
between diaphragms 2 and 6 at periodic rates up,to 100 CPS. In this Vay,, only the
desired gas in modulated form is detected for analysis. Electrometer amplifier
input impedance is approximately 100 zegohms, and ao-c amplifier gain is about, 300.
Sample data are given showing the comparative interference effects with and without
;Ccird

L 10271-63
ACCESSION NR.; AP3002734
beam modulation for two cases vhere contaminating traces of Vater or ethyl alcohol
are present in the injection system. The-registered.line intensities in both
instances are almost an order of magnitude less vhen using modulation. Other
advantages cited are 1) a much reduced degree of interaction betveen contaminant-
introducing chemically active elements in the beam and chamber sections, and 2)
the fact that the~temperature stabilization required to maifitain spectral clarity
can now be accomplished in the injection system, vhich in easier than effecting
stabilization in the ionization chamber. The modifications described are adaptable
to existing =ws spectrometers. Orig. art. has: 6 figures and I table.
ASSOCUTION: Institut khimicheskoy fiziki AN BM (Institute of Chemical Ph~sics
~AN SSSR)
sumTTED: ogjul62 D=- Am: i2jul63 ENCL: 01
so C OTM: 004
CEE: .NO MW SCIV: 003
to rd .2/11-
L- -A f A - --- - - - - - - - - - - - - - - - - - - -

TA -T I FOZE p V.[,.-, RAMU."OV, V.V.; l,iNrjyTtr..,V,
Minimum of informar.1rri !3uffi-4enl
Substances by ccinc-der-,e of t.r,=x
AN SSSF 1-59 no.l.;182-185 N 164.
(j, . i)i .
to injividual orgar-Ic
imans Spect-.Lm lirle~3. D c,;, 1
(M:P"k -17:12)
1. Inst-l't-at khfmcheskoy fizikll AN SSSR. Precistavieria
akademikom N,N. ~cmisnovym,

TALfROZE, V.L.; TA=YREY,_RJ).- GORSHKOV9 V.I.
--- , I
Chromatographic mass spectrometry. Part 2t Problenm arlsing durIng
the contact of chromatographic columns with the mass spectrometric
detector. Zhur. anal. khim. 20 no.lzl03-111 165. WRA 18-3)
1. Inatitut khimicheskoy fizJki AN SSSR, Moskva.

KOZLOV2 S.T.; TANTSYREV, G.D.; TALIROZZ, V.L.
r,
~Ltalytie disintegration of certain oxygen~-containing organic coma-
pounds on stainless--steel. Zav. lab. 31 no.9tlll3-1114 165.
(MIRA 181l0)
1. Inutitut khimicheskoy fiziki AN SSSR.

W /9Tj
EWT(M) __jJP(c) - JD
AC7771T_6001580 SOURCE CODE: LTIZ/0120/65/000/006/0130/0135
'ATUTHOR: Tallroze, V. L.; Favlenko V. A.,.; TA4tM~
2
Grishin, V. D.; Ozprov,
ORG! In.st~itUte of Chemical Physics of AN SSSR, Moso'ow-(Institut.
.,-khimichi;skoy fiziki)
A
IVITLE: ~EKhl307~,mbr-nmnto-mass.-spectrometer (Khromass-2)
-S OURCE: Priboryitekhnika eksperimenta, no. 6, l965, 130-135
TOPIC TAGS:,- chromatography, mass spectrometer
ABSTRA CT: The design-and operation of MUM mass-spectrometer is
described. This spectrometer is formed by combining a chromatograph
...with,a two-beam magnetic mass-speotrometer. A laboratory version of
Khromass-2 spectrometer served as a prototype for MXhl30? type. The
arrangement of-Mkhl3'07 chromato-mass-speotrometer is schematically
shown on Card 2/2. The chromatograph (1) is connected via a dose-valve
(2),to the,ion-source (5) of the mass-s ectrometer which is equipped
two
with two large (4-and 5) and small ~6 and 7) collectors.. B3r using
a switch (8) the oollectors-can be connected to a set of two eleotro-
meter amplifiers (9), Double ion currents are automatically recorded
.A ~L Card /3 UDC: 543.5lf543.544

7~ LQ1
LCard
by an electronic potentiometer (10).
The ion source was fed from an elec-
tonic circuit (11). The- small coll-
..ectors were used for measurements of
two mass-spectral lined while the
large ones collected the 'intensities
of two line groups. The spectral
peaks were measured for each of two
measuring channels and their heights
were compared. The peak ratio was
used for defining tested substances.
The.design of chromatograph was ill-
I ustrated and described. can be
equipped either w'it*h capillary or
-,packed columns. The ion system con-
-sisting of ion source, mass analyzei
-..and ion collectors, was also descri-
bed and diagrammatically reprbsented
The ion source was placed InAhe
i-,magnetic field of a mass-analyzer.
.A permanent magnet of about 6000
--gausses-was used.- The resolving
powerlof the.mass-spectrometer was,

. ., - - I , . I ~ . I . . I ;
-~~! _2 - t~j-- -. . I -

U S S
ese of tkos;owbiR4 ant h-rim-tae-
-- SO
r their classification. V.Z.Zabjtvirzitadl'.Iq.Yantsyrev.
227 W;.O- ' I
T"VI" ' YV detn. of soly. of all grades of bitumiucus a
coals in anthr-teene oil (by methods previowly described)
showeAl that the soly. value of ejoah agrees well with the
agglutination value of cuab and with the thiclmeis of the
plastid layer. A comparisson of both mcthods shmvs that
,the soly~~u anthramie oil is mote characteristic for leun
c 9, w 1e agglutination value differentiates better Ix
09a it
tween gas and fit mats. Hoth methods art in Sood agrec-
Inent, far caking coalo. W. M, Sternbv,-I,

TAUrSTRE7. K. 14.
Work mlative, to ties snd ballast should be excluded from
track maintenance operations. Put' I put.khoz. no.10:2)
0 '59. (MIRA 13:2)
1. Nachallnik'teirchnicbeolcogo otdela putevoy mashinnoy
stantail - 32. stant"Iyu Barybino. Mookovskoy doragi.
(Railroads--14aintenance an(I mpair)