SCIENTIFIC ABSTRACT I.N. DMITRIYEV - J. DMITRIYEV

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000410520004-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

DMITRIEV, I.N., inzh.; NIZOVTSEV, A.M., inzh.
Use of the International System of Units in the chemical machinery
manufacture (discussion). Khim.mashinostr. no.5:39-42 S-0 f63.

POPOV, Vladimir Petrovich; DM]T.TRIYZV, I.P., red.; TRUKHDiA, O.N.,
tekhn.xed.
(Polymers In the mechanization of agriculturelPolimery v
mekhanizatsii sel'skogo khoziaistva. Moskva, Sellkhoziz-
dot 1962. 86 p. (MIRA 15:10)
Klymers) (Agricultural rachinery)

YASHCHENKO, V.A.; D14ITRIYEV I.N., red.; GREBTSOV, P.P., red.;
TRUKHINA, O.N., tekhn. red.
[Machine milking of cows] Mashinnoe doenie korov. Moskva,
Sellkhozizdat, 1962. 222 p. (MIkA 16:6)
(Milking machines)

AVDEYEV.. N.Ye.,- KORDBOV, V.A.; SOLOVITEV, V.M.; PMITRI19V`,,. I.N., red.;
DEYEVA~ V.M., tekhn.red.; TRUKRINA, O.N., tekhn.red.
(Concise manual for the combine operator] Kratkii spravochnik
kombainera, Izd* 3e, perer. i dop. Moskva, Sellkhozizdat, 1962.
291 p. (MIRA 16%6)

LIVSHITS, L.G., kand. teikhn. nauk; POLYACHENKO, A.V., kiind. tekhn.
nauk; D141TRIYEA', I.N., red.; MAKROVA, tolrhn. red.)-
SOKOLOV'K-y red.
(Reconditioning motor-vehicle and trtictor partf3]Vosstanovlc-
nie avtotraktornykh detalei. Moskvao Solikhozizdat, 1962.
319 P. (IIIRA 15.- 10)
1. Gosudarstvennyy vaesoyuznyy nauchno-iasledovatellskiy
tekhnologicheskiy institut remonta I ekspluatatsii rashinno-
traktornogo parka (for Livshits, Polyachenko).
(Tractors-Maintenance and repair)
(Motor vehicles-Maintenanee and repair)

SHAPOVALOV, K.S.; red.; TRUKRIVA, 0.11., tekhri.
red.
[The KDUE-16 110michka" conveyor-circular milking ar-
rangement] Konvaierno-kolftsevaia doilInaia ustanovka
KDUE-16 110michka." Moskva, Sellkhozizdat, 1963. 46 p.
(~aRA 17:1)
(Milking machines)

SIAVIN,. R.M.; VASIL'YEV, V.G.; GERASIKOV, N.I.-; KISHECHINBCOV.,
S.A.; DMITRIYEV, I.N,,, red.; TRUKRIVA, O.N., telchn.red.
[Overall mechanization in poultry raising) Koup:Leksnaia
mekhanizatsila v ptitsevodstve. [By] R.M.Slavin i dr. Mo-
skva, Sellkhozizdat) 1963. 287 p. (MIRA 17:2)

DENISOV, A.D., BALAKIN, V.M., red.;_P;-'1,ITRIYEV, I.N., red.
[Loose housing of cattle] BespriviaznDe soderzhanie skota;
sbornik statei. Mo3kva, Sellkhozizdat, 1963. 389 p.
(MIRA 17:6)

BUDZKO, I. A,, , LOM B 6KJY I V.i~-..'
daktor tekhn. rauk; I jrzl , laure a
prennii; DMlTRIYEV, I.N., red.
[Contribution of sclence to f)Frlc.-uJt))re.- rricch,;Ydi~ation ani
electi-ificatJoij llauka gellskolma ;,,j-jc?zjaAs'L--vu; i-4iklLqnJ.z-,tt--;ia
i elektrifikatsiia. E,o--kva' Ij
(1-~IRA IF:3)
I. V'sesoyumaya akadcini~~a nal~'.k 1:ner-i
V.I.Lenina (for Budzko, 2. Chlen-kcri-espondoni
Weso.yu-moy akadendi sel'-koh-1107yaL3r.-tvenn),-I-.Ii nauk imml V.I.
Lerdna (for Se'livanov). 3. Glavnyy kt)nBtl-Ot(.-)r Tag"rogskop
Rov.baynovogo zavoda (for Izakson).

DIJB7-,LOVSKIY 11 A - 13-
. o jLZU,(.1~7N, LN~v red-
I
[F~.0-1mg work in repair-ing agr-~.cu-I-b;ra-l equipirnant.,
Sleiarnye raboty pri reiricnte sell sk,--ikhoziais-L-ve-rmcA
tekIv:,IkL Mookvaq Kolt3sp a965. p. (MIRA 1&7;

GORSTSLAYA, Z.D.; BARAHOVSKIY, Yu.V.; BARLINIM, H.S.; BRAKEMAN, L.A.;
EPZKRTSOVA, N.I.; KALYAROV, L.N.; CHUYAN, K.I.; DOBRUSINA, Ye.14.;
ISONTIYEV, I.B.; MARTYNOV, B.P.; ROSLYAKOVA, S.V.; RUGAYEVA,
V.A.. Prinimal uchastiy,%,-DHITRIY19V I P STRUZHZSTRAKH, Ye.I.,
inzh., red.; HLIKIND, V.D., teN,;:-.re
(General engineering norms for cutting operations and time for
broaching] Obehe'hemashinostroitelinye normativy reshimov rozaniia
I vremeni nB protiazhnys raboty. Moskva, Gos.nanchno-tekhn.izd-vo
mashinostroit.lit-ry, 1959. 73 p. (MIRA 12:12)
1. Moscow. Nauchno-issledovatellskiy institut truda. TSentrallnoys
byaro promyshlerpykh normstivov po trudu. 2. Rabotniki Nauchno-
fLasledovatel'e,k6.LoiiiatitutiLtekhnologii,qw0mobillnoy promyBhlennosti
(NIITavtoprom) (for all, except Struzhestrakh, BlIkind).
(Broaching machines)

_0011TRIVEV,
TIKHONOVA, Z.I.; STZPANOVA, M.N4, kandidat maditsinakikh nauk; 10SHALUN, YO.B.,
kandidat meditsinskikh nauk; BA=V. A.N., professor; GULYAYEV. A.V.. pro-
fessor; VOZNESINSKIY. V.P., professor; DHITRIYEV, I.P.. professor; OGNZV.
prof asitor, predaeda-
B.V., professor; VA24, D.L.. professon,
tell; DOROFZYEV, V.L. sekretar'.
Minutes of the seRsion of the Surgical Society of Moscow und Noncow Province
of June 27, 1952. 1[hirurgile, no.3t84-M Mr 153. T PAL
1. Khirurgicheakoye obahcheatvo Moskvy i Roskovskoy Oblasti.
(Heart--Surgery) (Cardiovascular system--Surgery)

DMirRi%1r--V, IVAN PETIZIDVICI-f-
DMITRIYEV,, Ivan Petrovich, professor; PE7.ROVSKIY, B.-A., redal-tor;
!rETS7AT'%'-rl-v "eftchnicheokly rodaktor
[Surgical operations on the heart valves; experimental watomy
researchl Oparatati na klapanalch eardtom, &n&tomo-ekgpe-rj.mqntaV-*
noo issledovante, Moskva, Goo. izcl-vo meditainakoi lit-ry, 19.54.
38 p. ODIRA 8:3)
(Ke&rt-Valvea-.%trgsry)

KIRILLOV, Valerian Valerianovich; DMITRIYEV, I.N.', retsenzent;
NATVEYEV , L.T. ) otv. reT.-, 'TA-9116606-MV991YA, M.M. , red.
[International System of Units of Meauarement (S1) in
meteorology] Mezhdunarodnaia sistema edinits lzmerenii
(S1) v meteorologii. Leningrad, Gidrometeoizdat, 1965.
150 P. (MIRA 19:1)

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btAtioc 1. S. Oltdirk.i., rJoill N. 11,
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IKTFMVS, I.S.
USSR/Engineering -WeldingMethoda Aug 51
"Welding Rods for Reinforced Concrete by
H. G. Slavyanov's Method," Docent S. T.
Nazarov, Docent I. S. Dmitriyev, Cand Tech
Sci
"Avtogen Delo" No 8, pp 6-9
Describes expts for application of bath
method.of elec-arc velding using ac or
de'velding machines. Quality of velding
by this method may be easily examd vith
the aid of gernst-rays. Equipment is con-
venient for transportation.
20OT48

451M
407-K choice or metwi of Welding and A parstus for Preparation of'
Frommorks for binforoed Concrete buildings. (In Russian.) 1. S.
Dmitriev. Avtogenwe Delos v. 22v Oct. 1951, p.17-20
.'Discussed and clastiflod In babular form.(1 general, T26, 011)

UISSR/Engineering Hydraulic Structures, Apr 52
Welding
"Application of Expedient Welding Methods in Great
Structures of Communism as Essential Wasure for
Metal Conservation," Docent I. S. Dmitriyev, Cand
Tech Sci
"Artogen'Delo" No 4, PP 15-18
Discusses factors contributing to metal conservation
due to using welded reinforcement in concrete,
namely- welded reinforcing frames, use of optim-
welding methods for Joining rods, spot welding of
rods, electrodes with high-quality coating, and
quality control of welded joints, Concludes that
there are still many unused possibilities for im-
provement, despite wide application of welding in
hydraulic construction works for period of 17 years.

_--h'.--1 i ~~ I YEV) .1.T
I
Contritnallion of tiie 'kll-'-'aion Ln.-ineerin,- and Society of .-.elders
to the F,.,reat consLurction projects of =%,wtmiam; Avto,~,. ielo 2-~, --o 2,

BYKLV,bI.D.; FISHRERG,V.M.; DMITRIYXV,I.S.; SC)KOLOV,Ye.V.; SHCH103ININ,A.A.
Electric are weldingof concrete reinforcements by the dip method in
factories and on construction sites. Rata.i izobr.predl. v stroi.
no.100:6-10 '54. (MLRA 8:10)
(Electric welding)

PMjTR1r9Y,1-S,kand. tekhn. nauk, dots.; BORISOV, I.V., inzh.;
KRYUKOVSKIY, N.N.J. inzh.; MODEL', B.I., tekhn. red.
[Investigations and industrial practice in welding] Issledo-
vaniia i proizvodstvennyi opyt po svarke. Moskva, Mashgiz,
1955. 221 p. (MIRA 16-.7)
1. Vsesoyuzr%6ye nauchnoye inzhenerno-tekhnicheskoye ob-
shchestvo svarochnogo dela.
(Welding)

HaTRM.T. 1.S.
,
Socialist competition In the All-Union Scientific SocieV of Welaing
Enginearx ana Technician@. SVarv PrOiZV* n091:31-32 A 153-
(KMA 8: 9)
1. Ucheny7 sekretwl Vossoyusnogo nauchnogo inzhenerno-tekWAeheskogo
obshchestva ovarchikaw. (Socialist competition)

DKITRIYEV.I.S., kandidat takhnicheakikh nauk
In the All-Union Scientific Society of Welding Engineers-and
Technicians. Svar. proigy. n0.2:3 of cover F '55.
(MA 8:9)
1. Uchenyy sekretarl Ysesoyusnogo nauchnogo inshenerno-
tekhnicheakogo obahchestva evarshchikov.
(Welding)

SUBJECTt
AUTHORS:
TITLEt
us;R/~
lding
1354-13/19
Dmitriyev, I.S., Candidate of Technical Sciences, and Sapiro,
L.S., fn-ginaer.
Resurfacing of Coal-Mill Segment Teeth by Electrodes "T-590"
(Naplavka Zub'yev segments, ugledrobilok elektrodcmiT -590).
PERIODICAL: "Svaroohnoye Proizvodstvoll, 1957, #8, PP 34-35 (USSR).
ABSTRACTt Up to now, resurfacing of segment tooth for coal mills
and "A0311, which is necessary every 2-5 monthat was doni by
gas welding with the ust of expensive relits "T.9 2154-49"
consisting basically of tungsten carbide),
The All-Union Technological Research Institute for Coal Machine-
building (former ORGUGLEMASh)# collectively with the Mashine-
building Plant 'imeni 15th Anniversary of the Komsomor,
developed the now resurfacing method by arc welding with elec-
trodes ''T-590" and designed a special manipulator for this
work, which is described in detail. It allows rebuilding of
any tooth surface, is ad3ustable to accommodate roller segments
of 500 to 1200 mm length, requires no counterweights, and is
Card 1/2 easily operated. Two segments can be fixed simultanaiusly on

135-8-1-13/19
TITLE% Risurfai:ing of Coal-Mill Segment Teeth by Electrodes "T-590"
(Raplavka Zubley segmenta ugledrobilok elektrodami'T-590).
the manipul&tor.
Recommendations are made concerning the sequence of surfacing
on a tooth and the proper angle at which the electrode Mun:~
be applied to the work face.
The roller segments are cast of steel "35,A III, (FOCT 977-53)
and pass complex machining. Resurfacing uf a segment is 20-
times cheeper then a now onev
The article contains 2 photographs and 2 sketches.
ASSOCIATION (Zavod imeni 15-latiya LKSM ) Plant imeni 15th Anniversary of
Comsomol.
PRESENTED BYt
SUBXITTEDs
AVAILABLEs At the Library of Congress@
Card 2/2

AKULOV; I.A., kand. tekhn.nauk,dots.; AIEKSEYEV, Ye.K., inzh.; GURARI,
M.D., inzh.[deceared]; DMITRIYEV~ I.S., kand.tekhn.nauktdota.;
"Y'RUMV1 R.Yo.) inzli.; LIVSHITS, L.S.)
Icand.tokhn.nauk; MELINIK, V.I.., inzh.; RAZUMOVA, E.D., inyb.;
TARAN, V.D.s prof., doktor tekhn.nauk; FALIKEVICH, A.S., kandetekhn,
nauk; TSEGELISKIY, V.L., insh.; CHERNYAK, V.S., inzh.; SHILOVTSEV)
D.P., insh.; ZVEGINTSEVA, K.V.y inzh., nauchnyy red.; TYURIN, V.F.,
inzh.,nauchr7y red.; VOLNYANSKIY,A.K.,glav.red.; SOKOLOV,D.V.,zam.
glav.red.; SEREBRWIKOV,S.S., red.; MIKJiAYLGV.,K.A.,red.;
)TAROVEROV,. I.G.p-red.; VOLODIN, Me., red.; NIKOLAYEVSKIY,
Ye.1a.1red.; qTKINA,L.S.Jred.izd-va; PFMVA-LYUK,11,.V., red. izd-va;
RUDAKOVA, N.I., tekhn. red.
(Welding operations in building]Svarocbrqe raboty v stroitellstve. Mo-
skva,Gosstroiizdat,1962. 783 p. (MIRA 15:6)
(Welding-Handbooksy manuals, etc.) (Building)

INIKMAYEV., V.S.; 207RIYRVp - I.S.; FATEMA, L.N *; TMWVA, Ya.A*
Glanges in the charge of various ions.due to their interaction
with the residual gas. Izv*AN SSSR. Ser.fiz. 26 no.3-1:1430-Wl+
N 162, (KaU 3-5:3.2)
1. lauabno-isoledovatellskiy institut yadernoy fiziki Moskovskogo
gosudarstvennogo universiteta. im. M.V. Iomonosovae
(long) (cyclotron)

INITRIYEV) I.Sa; NIXOLA~IEVP V63,
Samlampirinal method rar aulutilating tha quillbrium distribution of
chargau in a fast Ion boam, Zhur, okdpa i toor, f1l, 47
Ag 164. (MIRA l71lO)
1. Mookovskiy goaudaratvonrqy univoraitat.

L 23766-66 MITW/Wr(M) AT/JG/JD
1 ACC NR:- AP6006799 SOURCE CODE: UR/0386/66/oO3/001/0035/Oo4o
AUTHORS: Dinitriyev, I. S.; Vinogradova4. L. I.; Nikolayev, V. S.
)pov, B. M71_11-1112et~'~'?-___
'P"
ORG: Scientific Research Institute of Nuclear Physics. Moscow State
Uriiveri~,(Naucbno-issledovate-liskiy
institut yadernoy fiziki
i Moskovskogo gosudarstvennogo universiteta). Moscow Engineerin
Priysics Institut (Moskovskiy inzhenerno-rlzlcheskly inst Itjjt
..Autoi~~ization of fast lithium-like nitrogen and
TITLE: _o=fan ions
after passage through a solid
I-SOURCE: 'Zhurnal eksperimentallnoy i teoreticbeakoy fiziki, Pisrma
1v redaktsiyu. Prilozheniye, V. 3 no. l., 19661 35-40
1TOPIC TAGS: nitrogen, oxygen, ionization cross section, electron
floss, charge exchange...
APSTRACT: The authors describe the*results of experiments 6et up to
iobserve the increased probability of electron loss by fast ions pass-!
ing through a medium. Beams of nitrogen and oxygen ions accelerated
Card 1/21

,..L-23766-66
ACC NR: AP6006799
in a 72-cm cyclotron were focused at a di6tance of 8 meters from the
lcyclotron (Fig. 1). The targets were celluloid films placed at dif-
~~ferent locations on the path of the beam near the focus. Ions with
1different charges were produced after passage of.tbe beam through them
itarget. I~ins of given charge were guided by means of a magnetic, mass!,
monochromator into a charge exchange chamber where they were converted
into Ions of different charge by collision with the gas atoms. A II ~1
iriagnetic analYzer, described by the authors elsewhere (ZbETF v. 40, i
989, 1961), was used to determine the charge composition of the ions
Ileaving the charge exchange chamber. The experiment consisted of
ttetermining the relative number of nitrogen ions (with charges 2
-50 and o 5) whose charge increased by unity
I xygen ions (charges 3 --
in the charge exchange chamber, for different distanceB between the
target and the center,of the mass-monochromator. For most ions 'the
~relative change in the charge was independent of the distance, exceptl:
in the case of jf~4 and CF,5,, -whereIthe relative number of the 14+5
and 1 -
64,6 ions
increased appreciably with decreasing distance. It is shown~
that this increase cannot be attributed to an increase in the electmn
,-loss cross sections but must be ascribed to autoionization of
3/4-

23766-66
ACC NR: AP6006799
Card 4/4

AT
-AMMI- P6o1880
A -i SOURCE CODE- UTI/0056/66/050/125-2/'1259 !~T
AUTHOR; V e V , I L ki-k-,D 1-ay -e -y -V. S.;
-Pip . ~~-r--aT
PP ov B ova, Lo It
ORG: Institute of Nuclear Physics, Moscow Stat9--V-RAyq.WU_(Inst1tut
yadernoy fiziki Moskovelcogo gosudarstvennogo univerniteta)
TITLE: Experimental Investigation of the effective cross sectione
for destruction and formation of fast negative ions in atomic collisi
SOURCE: Zh eksper I teor fiz, v. 50, no. 5, 1966, 1252-1259
TOPIC TAGS: capture cross section, negative ion, cyclotron, electron
loss, atomic ea=60M
ABSTRACT: The effective cross sections of loss of one, two, or three',
electrons in helium, nitrogen, or argon have been measured for negativ
carbon, nitrogen, and oxygen ions produced as a result of a charge
exchange of p9sitive ions accelerated in a 72-cm cyclotron to a veloci
of p-2.6 x 100 em/seo, The cross section of simultaneous loss of two
Card 1/2

L 36A24-60'
ACC NRt Ap6ol8803
eloctrons by negative ions is %---50-70% of the cross section of loss
of a single electron. Comparison of the results obtained wrlth the
Itnown cross sections of electron loss by other negative or positive
ions shows that the specificity of negative ions, expressed in the
weak coupling of the outer electron with the ion frame, does not
appreciably affect the interaction betwegn the negative ions and the
g1 -ven substance at a velocity 1=2.6 x 100 cm/sec. Data on the forma-
tion cross sections of negative ions as a result of capture of two
electrons by positive ions or capture of an electron by neutral atoms
have been obtained for carbon and oxygen. Equilibrium values have
been obtained for the fraction of negative carbon or oxygen ions in a
beam passing thro h a sufficiently thick layer of a substance
lu
Maximal va ues of 1 are obtained in media in which the formatioi
cross sections oftegative Ions at a given velocity, attain their
maxi.ma. The authors thank the cyclotron team headed by Yu. P. Di%rno-
ortsev- and A, S..Kon Wye , as well as Yu, Druzhinin and Y, KaJI&
hnical support of the cyclotron and experimental equipment,
Orig. art. hast 7 figures and 1 table. [Based on authors' abstrELCtl
(11T]
SUB CODE: 20/ SUBM DATE: 29Dee65/ ORIG REP: 013/ OTH REF: 004
UWd 2/2

b N1 I T R k~ 6 V,
AUTHM.: 3MRIEVILS. PA - 2973
TITLE: The Probability of Eleatrm Loss by Multi-charged Ions.
(o veroyatnosti. pDtari elektronov mnogozaryadnymi. ionami, Russian)
PERIODICAL: Zhuxual Mwperimi Teoret.Fiziki, 1957, Vol 32, Nr 3, pp 570-575
(U.S.S.R.)
Received: 6 / 1957 Reviewed: 7 / 1957
ABSTRACT: It is assu d that the probability of the loss of a certain electron
is a function of isolely the ratio between ion velocity and the
orbital velocity of the electron and does not depend upon the loss
of other electrons. 1Y e
The shape of this function F is obtained from experimental
data on He, Lip Be and N. Thus various characterdatio numbers of
the interaction between the electrons of fast ions and the permeated
substance are computed by summation aver individual electrons and
compared with experimental data; this is clone, above all, in the case
of the average charge of the ion and the percentage of ions with a
certain charge (in which case the experiment shows that because of
screening by exterior electrons the removal of interioir clectruns lo
somewhat more difficult in the case of lye being equal than
IFT
Card 1/2

The Probability of Electron Lose by Multi-charged Ions.
PA - 2973
that of exterior ones), both as a function of ion vel6oity, and
further in the case of ionization work per unit of the length of
path and herefrm the dependence of the length of paj;h (xi the initial
energy. On the whole, there is satisfactory agreement between oom-
putea and experimental results, and such deviations as occur may be
due either to restricting assumptions made or to experimental
errors. (5 Illustrations, 2 Tables, 20 Citations from Putiliahed
Works).
ASSOCIATICK: Moscow State University
PRESEWM BY:
SEWITMI 12.2.1957
AVAILABLE: Library of Congress
Card 2,/2

M1 /"Z~- V -S.
56-5-4/55
AUTHOR NIKOIAYEV, V.-S., FATEYEVA, L.N., DY TRM,I.S , TEEPLOVA, Ya.A.
TITLE Distribution of the Equilibium of the Ch'arge of Nitrogen Ions
(Ravnovesncye raspredelenAye zaryadov ionov azota. Russian)
PERIODICAL Zhurn, Eksperim. i Teoret., Fiziki, 1957, Vol 32,'* 968 (U.S.S-50
5, pp 965,
AMTRACT 14N +2' 14N+3 , and 14N+4 -ions are accelerated up to 0,*95'to 9A KeV in
a 72 cm cyclotron. The focussed beam penetrated a target at about 8 m
distance from the cyclotron and was then deflected in a horizontal di-
rection by a magnet. The targets consisted of a celluloid foil(_1Q'Y/cM3k)
on to which in the vacuum beryllium (,,,J6 g/cm4), nickel (, lq(&j/cm&),,
and gold (15 - 3oeg/cm") was vaporized.
The recording device consisted of proportionality counter tubes arranged
one behind the other, which had an input surface of 110 x O'l mma and
were closed by cellophane (-70&g/cm*). In the first counter all ions
and in the second only ions with a certain charge were measured, The
dependence of the average charge on the velocity of ions is graphically
recorded.
A slight difference in the charge distribution of the ions after their
passage through the above mentioned materials was found.
Card 1/2

56-5-V55
Distribution of the Bquilibrium of the Charge of Nitrogen Ions
ASSOCUTION Not given
PRESBNTED BY
SUBMITTED
"AILABLE Library of Congress
Card 2/2

AUTHORS: Nikolayev, V. S Dmitriyev, I. S., 56-6-3/47
Fateyeva, L. F., Tep-1-0V-a-,--Ta-. A.
TITLE: The Equilibrium Distribution of Charges in a Beam of
Ions of Light Elements (Ravnovesnoye raspredeleniye
zaryadov v puchke ionov legkikh elementov)
PERIODICAL: Zhurnal Eksperimentallnoy i Teoreticheskiy Fiziki, 1957,
Vol. 33, Nr 6(12), pp. 1325-1334 (USSR)
ABSTRACT: The present paper determines the equilibrium distribution
of the charges of the ions of light elements with nuclear
charge numbers Z from 5 to 10 after their passage through
hydrogen, air, argon, and through a celloid file. These
ions had velocities of from 3,5 to 11,108 cm/sec, i.e.
v , 1,5 - 5 v0 , where it holds that vo = e2/ji.
As a source of the fast particles a 72 cm cyclotron was
used, by means of which the following ions were accelerated:
11B +1,+2,+3; 13 C+2,+3; 14N +2,+3; 1060 +2,+3
20 +2,+3
and Ne . The ion beam emerging from the cyclotron
was deflected by a magnetic field after which it entered a
Card 1/3

The Equilibrium Distribution of Charges in a Beam of 56-6-3/47
Ions of Light Elements
re-charge chamber. The particles which passed through the
chamber were analyzed by means of a magnet and were recorded
by means of counters. The results of these measurements are
illustrated by means of three diagrams. The distribution
of charges in an ion beam in general differs after the
passage through the various substances. Attention is also
caused by the different character of the dependence of the
ratio of the relative intensities t j.,1/j j upon the velocity
of the subatanoe when passing through solid and gaseous
matter. (Here i denotes matter) During the passage of
ions through different media the following peculiarities may
be observed in the behavior of the degree of ionization 1/7,.
At 0,2 4_C! -4 0,6 the average charge in argon is in all
investigated ions larger than the average charge in
hydrogen (by about 10-20 %). The average charge in air
depends less on velocity than the average charge in hydrogen
and argon. The average charge of the ions is, after having
passed through a celluloid film, greater within a wide
range of velocity than the average charge of ions in gases.
Card 2/3 With increasing nuclear charge number of the ions the average

The Equilibriulf Distribution of Charges in a Beam of 56-6-71/47
Ions of Light Elements
charge of ions after passage through the film
increases much more rapidly than the average charge in
air. The degree of ionization of the ions investigated here
in air, hydrogen, and argon in the domain 0,2 Z 1 Z 0,6
can be represented for every gas by a special function
of' the parameter v/v0Z(X where a 0,4 holds in the case of
all gases. In conclusion the authors discuss the here
obtained results and compare them with those obtained by
other authors. There are 7 figures, 2 table:3, and 20 references,
7 of which are Slavic.
ASSOCIkTIO'N: Moscow State University (Moskovskiy gosudarstvennyj
universitet)
SUBMITTED. June 28, 1957
AVAILABLE: Library of Congress
Card 3/3

rL V
A UiIJOR s TEPLOVA,Ya.A., DUMMMII.S., ATIKOLAYEV,V.S., 56-5-6/55
FATEYLVA,L.N.
TITLEs On the Interaction of Lithium Ions with Matter. (,' vzaimodeystvii
ionov litiya s veshchestvom, Russian)
PERIODICAL: Zhurnal Eksperim. i Tooret. Fizikio 1957, Vol 32, Nr 5,
pp 974 978 (U.S.S.R.)
ABSTRACT: In a 72 cm. cyclotron U7 ions were accelerated to 0,5 to
5 MeV and their specific ionization in air and hydrogen, the
equilibrium distribution of charge after passage thtough celluloid
and their ranges in hydrogen, air, and in the photoemulsion NIKFI-
YA72 were determinede From the curves of the energy loss of the
Li ions in air (expressed in UeV per 1 cm, path) a maximum at
about 7-108 cm/sec ion velocity can be observed, whereas for hydro-
gen e. broad maximum between 4 and 8.108 cm/sec ion velocity is to
be noticed.
7
As a result of -the charge equilibrium distribution of the Li ions,
after they 2had thatered into interaction with a celluloid foil of
- 20~xe/cm thickness, the corresponding curves for 4 different
charge states are given
The range curves of the L17 ions in the emulsion NIICFI-YA-2 are-com-
Card 1/2 pared with those of other photoemulsions.

On the Interaction of Lithium Ions with
ASSOCIATIOVI: Not given
PRESENTED BYs
SUBMITTEDt
AVAILABLEs Library of Congress
Card 2/2

56- ?i.;63166
AUTHOR NIKOLAYEVO V.S., FA7MVA, L.N.p. ia*Ao
TITLE T'le Re-Charge Cross Section of
4it=~: ~Ions I Gases
(S3cheniya perezaryadki ionov azota v gazakh. Russian)
PERIODICAL Ziiurnal Eksperiin. i Teoret. Fiziki 1957, Vol 33s 11r 7, pp 3o6 - 307
(U.S.S.R.)
ABSTRACT N+2 , N+3 , N+4_ ions were accelerated to 1x3 - 9,7 MeV on a 72 cm,
cyclotron and the recharge cross s,Botion of these ions in nitrogen,
argon, and hydrogen was measured. rn form of curves the electron
capture cross section and the electron loss cross section of N-ions
in nitrogen is represented. The electron capture cross section for
nitrogen and argon can be represented by
Tisi-l - 21T-a 04(v 0/v)5 i5/2 Z3./Q
(i - charge, a 0, vo a Bohr's radius and velocity of the electron in
the hydrogen atom, Z - atomic number of the investigated gas).
The electron loss cross section 6' is i+1 is 2 - 2,5 times greater
in argon, and 6 - lo, times smaller in hydrogen than that of nitro-
Card 1/2 gen. (With 1 illustration and 4 Slavic references).

The Re-Charge Cross SecLion of Nitrogen Ions in Gases
56-7-63/66
ASSOCIATION
PRESSWIZD BY
SUBIAITTED
AVAILABLE
Moscow.Stilts Ufliversity
(Moskovskly"gosurdar.stv.dnnYy' universitet)
23.4-1957
Library of Congress
Card 2/2

A
AiJTHORS' . Teplova, Ya. A., Nikolayev, V. S., Dmi-riy6v, I. S..~
Fateyeva, L, No SOV/56-34-3-5/55
TITLE: Ranges and Specific Ionisation of MultA.-Charged Iona in Gasv-r
(Probegi i udellnaya ionizat-all-y-c. mnogozacyadnykh "Jonov -,- gaza-Ldl-)
FERIODICAL: Zhurnal Ekspe-cimental-Inoy -. Teoretv~he-zk~-Y Fizilci, 1958,
Vol, 3b, hit 3, pn. 1~0-568 (USSR)
of the path length
ABSTRACT., Measure~ents were made/and the speemi.. ionisation of the tons
fron-Be to Ne at, velocities of fxom 1.5-1d' to 12.11d om/sec; in
argon, air, and hydrogen. The autho:s start with t-,he descript-IiDr-
of the experimental method, they here use a fo:~.used iorr beam
from a 72 cm oyc:lctron. The retbod of the measuriement, is baz-~ed
apoii. that the recorder of the -harged par'91-les; whic6,h was mour.-
ted on a movable bar, wa3 moved on the trajec,'~ory Df the beam
inside the slowing down chamber to 'the relative ionida-
tion along the beam. Also the s! 'owirg do-wn of the ions in a ga--
filled chamber is described. The sppe~l!-Tic 4-onis&tion and th~5
ranges of the ions with velooit!eE. of fr cm 41. 1- 1? 1., - 12.1c. 8
vere measured by means, of a calibrated ~c-.ounte7 with a lineal
Card 1/3 amplifier. The ranges of the nit~-ogen Ions, a," velo,~'-ties of f~,cm

Ranges and Specific Ionisation of Multi-Charged Ions ir S-3V/ 51t')-34-~~
Gases
1,5-10 8 to 4-10 1? cm./sec were measured by means of a planax
"th
ionisation! chambpr. The next paragraph dea2z wil . the analysis
of the res0ts and with the error,%,,~ The mea-iurre-=
ments fvnished the depeenden~~e of the magnlt-ud--,~ of the momenta
(r,r of the ionisalion sur.-,~nt) on -the dist?-v-.s betWeen t1le ccur,=
ter and the spot where the beam entered the s.lcwirg do-mi ch-3,mbez.
The results of the measureni-ent of tht-. ranges ar,.4 -~n a
diagram in form of the dej-nd-v,~e of ZaR,4A, en E/ .A., J- e. in ua--'t-s
which do not depend on thb iaotori~ mass oLl the ion A. The enex-gy
which has to be used up for the of ax, ion veLr does
not depends withim the measu~Hrie errca- 1`mits, ,~n the vel.---ity
and on the shapt of thei i.-= A; that. is IV- ?a-97, the 5hapes of th!~
curves of 'he specific- ico-~iation and of the mean energy lo-'s
dE/dx agree with eac-h other. A compa.~3-,Acr. of the. ranges of the
ions; in various gases shows the following; At the same velocit-f
the range in argon is by 60/o longed, and in hyd--ogen 3,7 "
1, .-IMee
as long as in air and this relation decreasei some-A&.at with In-
creasing Z of the ion. The specifiV, ioni3ation at. om,Ame
is. proportional to the. veiv~-,Ity and it ha-4i A- ma:.ctmum at -,r-6 -, Ba~
cm/seic- similar as in the Bragg fcr the v, - paxtic-.IAs. In the
maximim dE/ J, W~v12,5 Z MeV/ 11 nm holds. For t~,s from a:ngon
Card 2/3. to air for all ions the coeffic-i-er-1,, C-1~2 . ~~ -05 be usee, and

&a3n Specific Ionisation of Multi-Charged Ions in SOV 5 6- 34-,? -5/55
, iies and
as s
for the transition from hydrogen into air the coefficient
0-'~9 � 0.')l. The last paragraph gives a discussion of the re-
sults. The ranges of the ions. in air, measured by means. of a
ionisation chamber are by about.1 mm shorter than the ranges
measured by a counter, This can be explained qualitatively only
by nuclear collisions. The slowing down power of the photoemuix
siom for the here examined ions in air resembles- the slo-%d-ng down
power for a, - particles. The results of the meas.uring of the
specific lossesin case of the ionsl4N agree with the data aL-eady
knoTm before within the experimental errors. But tbe here found
data for the ions"Ne are by 300/o higher than the values- foun-31
before. This difference can hardly be explained by the influence
or nuclear collisions.
There are 5 figures, 2 tables, and 26 references, 7 of which are
Soviet.
ASSCCIATION. Moskovskiy gosudarstvennyy universitet (Moscow State University)
SUBVITTED: September 2o, 1957.
Card 3/3

2,t (7)
AUTHORS: Teploval Ya. A,, Nikolayev, V. S. SOV/48-23-7-23/31
Dmitriyev, I. S., Fateyeva, L. N.
TITLEt The Path Length and the Specific Ionization of Multiply Charged
Iona (Probegi i udel1naya ionizatsiya mnogozaryadnykh ionov)
PERIODICALt Izvestiya Akademii nauk SSSR. Seriya fiziehoskaya, 1959,
Vol 23, Nr 7, PP 894-897 (USSR)
ABSTRAM As the known experimental data on the stopping of multiply
charged ions in a substance are considered inauffioient.'* by the
authors, they carried out experiments with the ions
, 81 B
25m
31p
,
23Na
40A
27A,
39K
d 141
37cl
A
r an
,
T.
g,
T,
,
,
,
t
I
72-centimeter cyclotron was used as ion source which delivers
ions with the velocities of 2.5 to 12~10 8 om/seowhioh corresponds
to an enerC, of 25 to 600 kev. The particles wero recorded by a
twofold proportional counter, and details of the measuring
methods are described. The measurements showed thet the specific
ionization is proportional to the path length, and the path length
is proportional to the velocity of the particles if the latter
Card 1/2 does not exceed 5-10a cm/Bec. Subsequently, the dependence of

The Path Length and the Specific Ionization of Multiply SOV/48-23-7-23/31
Charged Iona
the path length at an air pressure of 760 mm Eg on the nuclear-
charge number of the ions is investigated, and the results are
represented in a diagram (Pig 3). The stopping power of air and
celluloid in dependence on the nuclear-charge number of the
ions was calculated for an ion velocity of 3.5-10 a cm/sec, and
the results are represented in the diagrams in figures 5 and 6.
The data obtained in the experiments described are used for this
calculation. Finally, the difference between the mean charge of
ions in gases and in solid substances is investigated, and it
is ascertained that the stopping power very much depends on the
nucleax-charge number in solid substances. There are 6 figures
and 6 references, 4 of which are Soviet.
ASSOCIATION: Nauchno-issledovatellskiy institut yadernoy fiziki
Moskovskogo gos. universiteta im. M. V. Lomonosova (Scientific
Research Institute of Nuclear Physics of Moscow State
University imeni M. V. Lomonosov)
Card 2/2

PSASE I BOOr EX110ITATION s-/5333
Pchelint, a. H., ad.
Vskoritc-11; sbornik statey (Accelerators; Collection of Artiel") Moscov,
At*--Lzdat, 1950. 121 p. Errata slip Inserted. 5,000 copies printed.
S-i~ntiflc Ed.: S.M. TabloY&v; Ed.t O.X. Pcbelintceum; Tech. Ed.- N.A. VlasoYa.
FMkrCG?: This collection of articles Is intended for scientists =4 ebenters
erZmGcd In the construction =1 operation of accelerators.
=Z4,Q~R.- These original articles treat specific problem aricinz in the operation
of preoent-dsy accelerators, particularly line-ur electron accelerators. A mc
accelerator y-At Info operation at the Ukrainakly fI%L),x-tekhnIchmak1y Institut
(Ukmlni= Fbvn4cotechAical Institute) In deacribed, and problem In the dymandca
of pa~tielao in linear electron accelerators am discussed. lieu cethoda are
dla~~d for tM cx-raction of P%:Iiclet from ".~elerators. problems assocIsted.
with the shaping of perennent magmatic fields and tb-- acceleration of =ltjcbmrOe
loss an also treated. The chmrCeoYcr or the series cyclotron to the phanotrom
s,eceleration code with a riev to increnalng the c=rr-y of amcclerstad P*,rticles
is described, and sow yrohlevis connected vith the b=chlne Of PArticlaO am
elaborated. go personnUtIca am sectioned. References 44COmP0.01 each
article.
TABLE OF CO.11TENTS:
Preface 3
Ylsbayakov, V,A., I.A. Griabayey~ P.X.-Zeydlitap and A. Te. Tol-toy.
Velocity 5
T-insaj- Electron Accelerator up to 6 Vvy With Corxt.&nt-lih ie4al;
-d D.A. Tyagranqv, Scno Problecs of the Dynamics of
Particle. in a Lix,-a.r Electron Ace-1trator 19
&14c=cvj S.P. B=cblrg of Particles In a Li~-sr. Elect:rvO Aceelerstor 33
_ntcr~, X. rie. Cehom for Ertraction of ftr-itleq Front . Phasotron 44
_L,
Tomb-yc,, AL.A., and L.S. Sokolov. Use of Am.,,mactric ShIftitC of the
I hambe
Z4nilibrlum Orbit of Electrons for Extrattion of Beam rrv= Betatron C r 52
_A, A.V.P 1" V. lethk., L.H. N,-~, and
_,Kmrvh~, Te. A. Ye
-ju Tirintor for Cb,=~gir.Ctlw Ciclotron
I rrite Frequency
to 21-i~tron Acceleration K7d& 60
*,.,., N.L. Z..Pl.tin, Y.S., j%,! ~! ...... and L.A. Sarkisymn.
Sh,.pt,C 6CA.1.11-y Ey- ~..t-rf 'T
c
A.-alar Shima 73
V.S., I.S. Dodt,ly-,-, U. A. Tepl.vm, ant LX. Fat,j-,
Cycl.tr6n
V.P., El.r. 7-~1clchlVou, ,!A 7,11. KoLlga. Cyclot-or
With lvriodlc X~C~tfc Field for 1-~altii;: lo~-
V.r., A,n, rucrtc.~, nni 1;.'i, or
&M, P"t-n-t-n 6jrlmg r3-tra" 11"JI"up I,

83678
S/048/60/024/009/015/015
9--12 0 (--12 // 7, Z? -2 BOO 3/B 0 63
AUTHORSs L~X!M&~ , Nikolayev, V, S,49 Fateyeva, L. N
-167E
T
ep
TITLEs The Amount of the Mean Charge of IonXassing Through a
Substance
PERIODICALs Izvestiya Akademii.nauk SSSR. Seriya fizicheskaya, 1960,
Vol. 24, Noo 91 ppe 1169-1174
TEXTs The present paper describes an experimental study of the equilibrium
charge distribution of ions of light elements (2 4: Z 4- 16) and of Kr ions
in heliumg nitrogeng argon, krypton, and celluloid foil. Besides, the
authors measured the charge exchange cross sections of these ions in gases.
A 72-cm cyclotron (Ref- 3) served as the source of fast, multiply charged
ions. The experimental arrangement is shown in Fig. 1. The equilibrium
charge distribution of the ions with Z ~~ 10 wa's measured in the velocity
T- 8 1. -y range and for the
range of (2.6-' 12).10 cm see In this velocit
above-mentioned substances, the width of distribution a is nearly equal
for each ion. The dependence of the degree of ionizat-ion !/Z on the ion
A-3. 4 /-Z

83678
The )mount of the Mean Charge of Ions Passing S/P48/60JO24/009/01 5/015
Through a Substance BVII/BO'65
v:1 elocity differs in the various media (Fig. 2). The monotonous course of
1/Z is a matter of fact within one period of Mendeleyev's periodic. table.
As it seemed to be unjustified to extend this dependence to a wider range
of variations of Z, the equilibrium charge distribution of the ions with
Z > '10 in the above-mentioned substances was measured at velocities of
8 8
2.6.1o and 4-1.10 am sea It was found that at these ion velocities
the mean charge .1 increases with increasin V(
17 Z ilq all siibstances. '"he
Z-dependence of the degree of ionization Z shows different Ubaracters
in gases and solid.s. Fig- 3 shows the dependence of 1/Z on Z in helium (I)
and celluloid foil (II) for
v - 2.6.1o 8 am see- 1(a) and v - 4-1-10 8 am see- 1 (b). Fig- 4 shows the
dependence of 12 on Z in nitrogen (1) and celluloid foil (2) for
v - 2.6.io 8 cm see- 1(a) and v - 4.1.10 8 am see-,I (b). Fia. 5 shows the
~,
equilibrium charge _.distribution 6 - V ir- -17-on Z. The perturbation of
the continuity of i and ~i as a function of Z is due to the fact that
on Z and Fig. 6 the dependence of the width of the
dependence of
O-a 9/A

83678
The Amount of the Mean Charge of Ions Passing B/048/60/024/009/015/015
Through a Substance BOC)9/BO6-3,-
the filling of the third electron shell begins in the range Z
The equilibrium charge distribution of the ion beam depends on the cross
sections of the electron loss (%) and capture (Q 3). The measurement of
these cross sections shows that the dependence of' Qn and Q3 on Z of the
ions does not take a monotonic course (Fig- 7). The results obtained prove
that it is necessary to take into account the effect of the periodic
structure of the electron shell of the ions upon'the amounts of 1 and
.2
1 .There are 7 figures and 5 Soviet references.
ASSOCIATION3 Nauchno-issledovatellukiy institut, yadernoy fiziki
Moskovskogo, goB. universitets. im. M. Y. Lomonosova
(Scientific Research Institute of Nuclear.Phlsics of Moscow
State University imeni M. V. Lomonosov)
O-A X/Z

8h 118 3
j#,X100-go431 M-Sz(n S/05 60/039/004/001/04B
4.23to 41 B004YB070
AUTHORS: Nikolayev, V. S., Dmitriyev, 1. S., Fateyeva, L. N.9
TepYova, Ya. A.
TITLE: Investigation of the Equilibrium Charge Distribution in a
Beam of Fast Ions-11
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1960,
Vol. 395, No. 400), pp. 905-914
TEX91: This is in continuation of an earlier work of the authors (Ref. 1)
in which they studied the equilibrium charge distribution in a beam of
ions of light elements (Z - 5 to Z = 10) and found a monotone dependence
of the average charae T on Z. The purpose of the present work was to
study the function i = f(Z) at the transitim from one period of the
periodic system to another. For this purpose, the equilibrium distribution
of ions of He, Li, B, N, Ne, Na, Mg, Al, P, Ar, and K.- in helium,
nitrogen, argon, krypton and in a celluloid film was measured. The
measurements for He, B, N, and Ne were made in a larger range of
Card 1/4

8083
Investigation of the Equilibrium Charge S/056/60/039/004/001/048
Distribution in a Beam of Fast Ions B004/BO70
velocities than in Ref. 1. For ions with Z >10, the measurements were
made only at v = 2.6-108 cm/sec; for Na, P, and Ar the measurements viere
also made at 4-1~108 cm/sec. The multi-charge ions were accelerated ~n a
72-cm cyclotron. Ions of charges iti, it2, etc. were obtained from those
of the initial charge i by passing them through a celluloid film of
approximate thickness 2 pg/CM2. The data for the equilibrium distribution
of ions with Z 410 are given in Tables 1-3, and in Fig. 1. In all mediums, V
the distribution was nearly Gauasian:
1 /a fYi'L) e x pi _ -1) 2/2JI. The curve is characterized by two
T
pa~rameters: the average charge 1 ~A and the width of the
distribution d = [_7_~ (i - 1) 2]1/2'
again found to increase monotonically
be different in the different media
to hold for all ions: maximum value
Po, He, Li, B, N, and Ne, a was
with increasing Z. T was found to
(Fig. 2). The following rule was found
of -1 in nitrogen and argon,
Card 2/4

Investigation of the Equilibrium S/056/60/03? !00,4.10,01 /045
Distribution in a Beam of Fast Ions B000070
T < Y ; T < T . The authors note that the dependence of i on the
He N Kr Ax
atomic weight Zm in gases does not fit the theoretical estimates made in
Refs. 14 - 16 on the basis of the statistical model of the atom. The data
for the equilibrium distribution of Z >10 ions are given in Figs. 3 and 4.
For the same velocities~ the dependence of T on the medium was about the
same as for Zi~,10. However, the difference between -1 in gases and in
celluloid film increases very much for Z ~10. The maximum of this
difference for light ions-is 15~o, while for Ne it is about 50%, for Ila,
Mg, and Al about 6&/o, for P about 80%, and for Kr about 130%. For a given
velocity, T increases with Z in all media. In contrast thereto, the
degree of ionization i/Z decreases monotonically in gases (Fig. 5).
Around Z = 10, h:owever, the decrease in the degree of ionization becomes
slower, and for solid media even an increase takes place. Still more
noticeable is the pirturbation in the continuity of the function
f(Z) (Fig. 3). For Z = 12, ibo and �i show clear minima. In this
range of Z, the width a of the equilibrium distribution also becomes less
(Fig. 6). This discontinuity in the dependence of ~i, i,and a on Z
Card 3/4

84383
Investigation of the Equilibrium Charge S/056/60/039/004/00-i/04B
Distribution in a Beam of Past Ions B000070
observed in the range Z -10 - 12 is explained as being due to the
beginning of the filling of a new electron shell. There are 6 figures,
3 tables, and 18 references; 7 Soviet, 7 US, 2 British, and 2 Danish.
ASSOCIATION: Institut yadernoy fiziki Moskovskogo gosudaretvannogo
universiteta (Institute of Nuclear Physics of the Moscow
State UniversityT
SUBMITTED: April 13t 1960
Card 411-

NIRLAY"EV, V.S.; DMITRIYEV, I.S.; FATEYEVA, L.N.; TEPLOVA, Ya.A-
Eyperimental study -)f electron capture by Twiltiply chargEd ions.,
Zhur. eksp. i teor. fiz. 40 no.4:989-1000 ~?, 'Al. (MIRA 14:7)
.1 W" . -
1. Institut yadernoy fiziki Moskovskogo gosudarstvennogo universiteta.
(Electrons--Capture) (Ions) (cyclotron)

NIKOLLIEV, V.S.; FATEYEIVA, L.N.; DMITRIYEV, I.S.- TEFLOVA, la.A.
Capture of several ele6trons by fast multicharge ions. Zhur.el:sp.i
teor.fiz. 41 no.1:89-99 JI 161. (MMA 14:7)
1. Institut yadernoy fiziki Moskovskogo gosudarstvennogo universiteta.
(Electrons-Capture) (Ion beams)

TEPLOVY I.B,;-4441T4UMOLI.S.; TEPLOVA, Ya.A.j SHEVCHENKO, O.P.
Study of excited states of DO with the aid of the reaction
u7(p,ajue4. Jzv. AN SSSR. Ser. fiz. 26 no*9:1150-1153 S
162o (MIRA 15:9)
(Nuclear reactions) (Beryllium-Isotopes)

b
1312 5/B1 02
AUTHORS: Nikolayev, V. S., Dmitriyev, 1. S., FateyeVa, L. IN., and
Teplova, Ya. A.
TlTLE- Charge exchange of varl.ous ions in their interaction with
residual gas
PERIODICAL: Akademiya nauk SSSH. Izvestiya. Seriya fizicheskaya,
v. 26, no. 11, 1902, 1430-1434
TEXT: The charge distribution in ion beams was measured after their
passage through the experimental setup used for determining the cross
sections of electron loss and capture by ions.with 2ii;Z,
za I u e',or hea-vy mpdia, the -,yeneralized Bohr I c; r -1,11 ai s
C'ird 2/ 11,

33991
S/056/62/042/001/0c)3/04B
Experimental study of electron... B125/B108
I f-j r. a2qZ 2/-v2/vu, where a0 =0-53-10- 8 cm and vo = 2,19-108 cm/gec.
iji+1 0 C 0
The approximate theoretical results of 0. B. F-.rsov (ZhETF9 36, 1517, 1959),
which are applicable for v(.VO? differ from the present results by a factor
of 2.5 at most. The experimental data indicate the correctness of the
theoretical calculations for very pmall and very large icn velocities and
also for the range v"u. In the i~a'n-e 0.5 V 0), it is more
convenient to use the Hartree-Fok method instead of the Thomas-Fermi
model. At v>>u (u = velocity of orbital electrons of the medium), the
calculation of dE/dx for inelastic collisions of protons in hydrogen with
electrons from modified quantuLr-mechanical formulas of Bethe and Bloch,
and from the classical formula of Bohr at v--4-108 cm/sec yields a value
5 - 7~, smaller than the experimental values. For multiply charged ions,
this applies to large v, but with increasing Z c and decreasing v this
theory deviates more and more from the experiment. S. S. Vasillyev is
thanked for interest, the! cyclotron team, particularly A,, A. Danalov,
Card 3/4

33993
3/056/62/042/001/007/048
Slowing dovon of multiply charged ... B125/B108
I.L Kh, Listov, and V. P. Khlapov for Derforming the experiments, ani 0.. B.
Fir~jov for discussions. There are 6 hgures and 26 references: 8 Soviet
and 18 non-Soviet. The four most recent references to Eng-lish-lancuage
Dublications read as follows: P. G. Roll, F. S. Steigert. Nucl, Phis.,
54, 1960; D. J. Porat, 1C. Ramavataram. Proc. Phys. Soc., 77, 97, 1961:
JI M. Alexander, !d. F. Gazdik. Phys. Rev., 120, 874, 1960; P. G. Roll,
F, E. Steigert. Phys. Rev., 120, 470, 196o.
ASSOCIATION: Institut yadernoy fiziki
universiteta Institute
University)
Moskovskogo gosudarstvennogo
of Nuclear Physics of Moscow State
SUB' .~JITTED July 12, 1961
Card 4/4

3h63L
3/(!:*,L,/;6 2 /,D4 2/00 Zloc 70
B1021 Bi 56
AU'2-RORS; Tcipi,~v, i. 13,, Dmitri-yev, I. S., Tepl.-,va~, Ya. A,,
ic' e angular d4 str` 'mitl-
e s ga-c i o n of cK -.par i o n r; L
p E I~j D IIt el a perriment a' I ncy i t eore k~ 4 n~,,
~96~, 55; 357
rE.K7 rho n --dlar d i s r i b uons c f + h e 0( -- p ar tc 1 p S f r c m L -ipor,H e a~- ~
;icnL w~-i,~ im~a3ured ir, ihe rang,~- 20 - -,600 for Ep and 1"I - -7
.is---ng a -,eic-S,ol:i~ arrang-?,mrent of -three. PrOpOrLional
.parg~l--,s C).'.6, 0.52, and 0,9'-,, mE/cm 4VIii-cR correspcndin- -7o energy
cf 4-44,ev P-~ctol-S. of i3, 4' and 70 liev. Th:% angular d-i-s-ribut-4--ns wire c..-
ai-ind as d&-,,'dfL G-1 4 IM A P,(x) + A P
'1 4
"ar-;

C,

of, -part-,-, li'. B C,
a A A
P 14

.6) C"
O.C'-- 0

-0 - 7 7
69 0 " cla
s f a 2
The -?xperimental
ne, -a -rc'sck resu sat
a e 5 - A_P_jx)~ Th,~~
angl of CK
M' 7~
io. zh:~ and f cr p
c~,u r v,?
e a i o'.a takrs place m-l"IlY a
a
SL
c Om n c u s a-, c~ rv F4 h i1 3
The
I w Jllil e"-?-Il
-as a
mca Tj
p
a:i

/0
S 1056/6 A C,2/007/f
/ /13
ln-.es~feati.on cf~k-partlcie ... M2 ; ~58
ref exen: e5; '-~' Soviet and 7 non-Soviei.. The four mo-st rec-mt rrzfe-,en--!~--
Eng-lish-lan-guag, publications read as follows: J, IL Freeman e, a!. IT"Ir I
ptl-is~ 148, F. Ajzenberg, T. Lauri~lsen. Nuc7 ., Phys.
9 ~4 ; J. H,, Gibbouv, R. L~, IMA--'Klv~
Hirs et al. Phil. -U-, 762s
Phys. Re-- -.;4, 5'111, iq~)q.
ASS C, C' 1 ATL 10 N ~lnzvtitu'~ yadernoy fizilki Moskovskogo eosildarst'vernc-go ull-f-
versiteta (Institute of Nuclear Phynics of Mcscow Sta7e
Ij n --* -;-,? T S -.* -t y )
SUBMITTED; jun6 :8, 196'
Card 51/'7

!9k7T(-l)1BDS1#0 SSD
-AMD04504 SAO, /63/027/008/10711/1060,
Teplova.11a. A. EgtEMy'a. L. N,
Amillon. Yfikolayev, V,S. DmitriLeij.S~
Ity of.,
IlUt Vsirlatlon'., of the mean charge of ft4t lana ram a/ function of the de),,m
o w).dii.m Rpport presented at -the Sooond All-Union- 1,onference on the Physic 'of'
th
Bl6etiranic Wn"dAtomic CollWonB..jieldAn_UzhSorod 2-9 Oct 29627
1078-10110
TOPIC' TAGS: Ion:chargei, electron-losss* electron capture, Ionization loss, N
AUSTN".. Th'e4a6un charge.of:',Liranium.fiesion':frag6ents, established incident 11.0~,
their, passage'Ahrough a cost is:known to inarlinse with increasing,gas density. Ac
'cording;. to N.Bohr a Ind J.Llndbard (ftl.dwwke ired.se1skab.Mnt.fys;medd.,28, No.
1951)':.this Is due to increasein the-probabiRity for loss of electrons from the'
excitkt states with decrease of the interval between successive ion-atom encowiters,
li-the ixeserit wort. increase ok1the mean ion charge incident to increase in gas e.
nsity' yas observed In experiments with 4.9 HeV (v = 8.2 x 10
A
& 8 cm/sec) triply
cbnr&d nijirogen ions. the -0-jolotron.'accolerated ions entered a 10 cm eliametex
-,A.8 rileter-long- collision. chamber. The ~Pnrticleq t-aversing the chamber irere Ana- L
"I lyz Iby a7magnot and detected:by'.proportional counters.
et Thii relative numbers 4

~.A=SSTDX IM: APS004504
5
with different charges wmdetermined at nitrogon pressures from 4 x 10
ox
M In the figure At pres''
to S~X.10-2 jig, 112io repults:are 311 (see Enclosure).
ux!os Vpder 10-3 mm :Vg the expertment*1 values of ti' and, tho~ moancharget T'viriucl~
vf 10-3 mm
9e RIV
ly agr0e; abo 'p Hg' the. clicir distribution the Ion beam approaOxes
equi.10rim vq:4te and. the uries-, level off, Above ~,10-2 = jig the moan chaigio.-*
begins i:'to decrinso wlltth, rising pressure, owil to docreave In tho ion ve:~Qcity 60"', 'a i~
resvilt:'of collision olow n st, gas it, 10-2 = jig and up cimnot b
ng down. I%u
e ren!rdl
Oro .paqsage~ *oncernod. Thi
of light elemont ions is c
ed Is ilufficiently rarified wh
-fact 0
a4d ~ the pressuz-43 variation .~i in, the region of lower pressirres 15holuld b
taken .1bito account In using experimontal data, on ;Eor: determining electron 10.s~
CrOSS flections' on~ the basis of electron capture cross sactions (and vicD versa)
Or:1,13 0 trt has: I figure.
ASSOCIATION: rione
MUM=- 00: MML-. 01
PILTE ADQ: MugG3
$1M CODR- PH NO jW- SOY: 008 OTHER-.1004.
Coigj 2/2.2-/

L 18141-63 EW(1)/Ew(m)/BDS/ES(w)-~--AFFTC/AM/ESI)-3/PPWL/ijp(c)tssD-Pia~~
ACCESS.ION NR: AP3004505 8/0048/63/027/008/1081/1082
!,AUTHOR.: DmitrAyov, I.S
;TI.TIX-: Regarding tho* possibility of obtaining multiply charged io 9 in a cyclotron,
by proton impact Aeport presented at the Second All-Union Confer'ence on the Phys
iics of Electronic 3nd Atomic Collisions hei-d in Uzhgorod 2-9 Oct 1962/
Izvestiya'ser.fiz.,v.27 no.8 1963,.1081-1082
SOURCE: AN SSSR1
iTOPIC TAGS: proton i
mpact, multiple ionization, stripped atom cyclotron
i ABSTIUICT: A fundamental problem in accelerating heavy particles is obtaining high-
ily ionized ions. In order'to strip an atom of a large number of electrons there
tmust be transferred to it an energy AE = 1-2 keV and AB increases with Z. Since itl
!~is difficult to supply fast electrons to a cyclotron ion source, most multiply char
aged ions are formed as a result of stop ionization by slow electrons so that the.ef*7
:fective yield is low. The authors propose a method for obtaining ions entirel
y
stripped of their electron shells by proton impact. The procedure is based on the
-that when molecular hydrogen ions are accelerated in a cyclotron an' appreci-
fact
able fraction of the H+ ions in colliding with the atoms of the residual gas dis-
2
0 and H+ or 2&&. The protons, not being in resonance with the acce-
nociate into 11
Card 1/2

'CESSIOPHR:
AP3004505
jlerating field, move in a circular orbit with halt the radius of the H~ orbit, in-
:tersecting the central part of the chamber so that the effective proton current den,
isity in the region of the ion source may be very high. Under tho usual cyclotron
!conditions the protons leave the central region only after several tens of turns.
.Thus, by introducing into the ion source, together with the heavier gas, a quantity:
i I
,of hydrogen there can be obtained fully stripped ions, for examplep CG+, N7+ and
iD5+. The process does not require raising the residual gas pressure above the usu-i
:a.1. Evaluations) based on nominal pyclotron conditions, indicate that there may bei
obtained a yield of 10-5 C6+ ions per primary proton. Thus, an intensity comparablei:
,to that obtained as a result to step ionization (1011 per see) may be achieved at a I
:proton current of 0.1 to 1.0 m.A. The heavy ions may be separated from the hydrogen
iand helium ions by passing the beam first through a thin film (for differential
slowing down) and then through a magnetic field for mass separation. Orig.art.has:,
A. formula.
ASSOCIATION: none
SUBMITTLD- 00 DATE ACC~- 2GAug63 ENCL: 00
SUB CODE: PH
NO REF SOV: 003 OTIMR: 005
Card2/2

se/0561/062/043 0~/0%01/C'53
B102/3104
':?
_"')IR S D:nitriyev, I S. Eikolayev, V. S., Fateyeva)
TITL_11- Study of the loss of several electrons by faz;-~
chargend ions
-,"ERIODICAL: Z~hurnal eksperimentallnoy i teoreticheskoy fiz-L"i, v.
no. 2(a), 1962, 361-369
TEXT: Miny-electron loss cross sections for multiply-char-rea jonS Q.;~ i
elements with Z 3 were measured in lie, .4, Ar, and Kr. . Th~.,
108 cm/sec
ions was (2.6 12 (35 - 750 kev per nucleon). T-c cro-
sections nere determined by mass spectrometry, usine an apparatuz;
in ZhETF, 40, 989, 1961. Two-electron loss cross sections .%,ero de-.er.7.1ned
for Li, B, C, N, 0, Ne, Na, 'Mg, A!, P, and Ar, three - clec loss cz3zs
sections for N, Ne, Na, Al, P, and Jxr, four-electron cross sec-lionz;
for IN, Ne, P, and Ar, and five-electron cross sections for ? an(' *,r. r2l. c
first, two had an error of 15-201~, and the last t-,,,o had one of e
Card 1/3

S/056/62/043/0D2/0"01/053
Study of the loss of several electrons ... B102/BlU4
cross sections are denoted by a i,i+n' n=2 .... 5. The electron loss cross
section is -oroi)ortional to the electron number qj of the outer shell, so
q
that 0. (1/clj) ~_ SO for the loss of one electron,
I s=1 i,i+s
-2 q 2 2
C 0 0 for the loss of an electron pair, where 3 = 5~s-'0/2,
.q Z: S. i,i+s s
s=2
C2 an~. C2 (analogously defined) are the numbers of Pairs which can be
s q
formed from 9 and q electrons, respectively. For-mulas are also for
the loss Drobability and the cross-*ection ratios. Th-e resui-~s
that tle loss of an electron iz independent of the existence o-f t-h-a cthe::s
in an ion-atom collision of 'the raodium. The mean loss -obo`ilit- of
individual electrons is small and depends on the binz-Unj3 c--;'
electron in the ion. C.'lectron losses occur chiefly if tho colli_-ion
.~ -he electron shell dimonsions. 'InZ ca."2
parameters are of the order of t
under consideration (ion scattering angle G 2 at an ion velocity v > v 0 = e , = 2.19 x 108
cm/sec. Data for ions of boron, neo'ne chlorine, argon, and mercury.
~show agreement with the theory within 5--.10%. Orig. art. has.-. 7
.figures and 11 formulas.
.ASSOCIATIONs Moskovskiy gosudarstvenny*y universitet (Moscow State
University)

.ACCESSION NR: AP4043638
SUBMITTEW 21peb64
:SUB WDEs NP NR REP SoVt 009
3/3
ENCLt 00
OTHER: 015

f, 5348-66 EWT (1) /EPA M -2X, 4A (M) -2 IJP(c) AT~
ACCESSION M:, AP502113.5 uR/oO56/65/04q/co2/o5oO/0514
AUTHOR: _Dmitr4ev, 11 -kin, Ya. H.; Ni4RIayerv, V. S. iltl"~<
,TITIE: Calculation of the effective cross section for the loss of electrons by
fast IV&,ogen-like ions during encounters with h -------- 'r-11
y4LoZen and helium ~tans
SOIMCE:: Zhurnal eksperimentallnoy i teoreticheskoy fiiiki
V. 49.9 nco. 2., 19125, 2
:500-51~t
'TOPIC 1."VAGS: helium, electron loss, ion interaction, electron interaction
*ABSTRACT: Approximte formulas in a form convenient for practical calculations arel
derivecl for the cross sections of K-electron loss by any element in encouAers wiW:
bydrogen or helium atoms. Farlier calculations by the aubhors (zhEi.,F v. 44., 66o,
1963) 1 in the free- collision approximation did not yield a sufficientl~lr complete and
correat picture of -the effect of variation of the colliding-particle irelocity,or of
charge on the cross sections. Tlie nonrelativistic Born approximation is used in th
the present article, and the energy and velocity ranges in which this appraximation
is valid are determined. . The relative contributions of elastic and inelastic in-_
Aeractions are compared# For low-ebarge ions the approximation yields cross sed-
~.tions identical with those calculated in.the free--collision appro)dmetion. In other
.,Cases tba calculated Pross sections are somewhat higher than the eirperimental ones
Card 1/2

L 5348-.66--
ACCESSION NR.- AP5021115
~ar those calculAted in the adiabatic approximation. The results can be used m1so
to estimate the cross sections for electron loss from other shells. "The autIhor
thank Cl,-_B, emar
_Ujaa. for valuable advice and r ks. Orig. art. haso. 4 figures
and 15 formulas.~'~,
ASSOCTATION: Institut yadernoy fizW Moskovskogo gosudarstvemogo universiteta
(Insti-tute of Nuclear Mzsics of the Moscow state UniveraLty)
SU
BNIM2): 28Dec& MCL: 00 SUB CODE: M?
IR REF SOV: oo6
OTHER: 016.
Card 2/2 A41-

L 55CLO-65
w P WA
VIO P7(
RZ47F7-47pab -- , - --,7 -
VFJ/EM:
'U.R/0286165/000/008/OD97/0097
-AceESISIOWNRt, AP5015552
~629,135/138
AUTHORO.
Dmi t r iv e,w ragunov, N. 'S' tVoytas Ye. V.
TITLE: Stick for the overal-I control of a helicopter's engjnej~ and
1=211,1--rotor pitch (pitch-tbrottle), Class 62, No. 1763-03
ISOURCE: DYulletan'izobre,teniy-i tovavnykb znakov, no. 8, 1965l 97
TOPIC TAGGS: helicopter engine con trol. control .lever, enpine-contro
Laver, rotor pitch control, pit-ch control. helicoptir, helicopter
rotor
ABUTRACT: An Author Certificate has been issued for a ccattrol, stick
%~'jfwr regulating the enginea4ndlfie- colle,ctive pitch of a helicopter's
Ma ill rotor (see Fig. I of the Enclosure). It consists of' a lover
W1. Oil an eTe-hince connection, by whic*h engine control is effec-ted
through a chain-link dyive Sy-stem using a friction devic~a consisting
of spring-loaded friction disks mounted on the axle of t'he horizontal;
i
.1flappins hinge. This disengages under hydraulic pressure and is spring
compressed in oTder to provide continuous pitch and engine control.
COTA, -J i-q ------

ASSXIATIONi organimatsi5IA gosudaretvennogo komitets po aviatsionnoy , FIN,

svedistv na pr-lpriintuiiak Icull at in
'lie .-Is; cl)f basic renourc.:~:-, at industrial ~!'r.Orlpriso- ,7 iosf t , "R,
1953. 114 P.
0: ' orithly List of jois-oian Accessions, vol. 6 ~~o. 11 !~'ebruary 1954.

D141TRIYEV, I.V.
,-.----S'f*-TaM-ng the h7draulic conditions in heating networks b7 means
of hydraulic models. Nauch.dok1.vys.shkn1y-, energ. no.4:215-222
158. (MIRA !?:5)
1. R4komendov'aix kafedroy toplovykh ustanovO. prompredpriyatiy
Mookovskogo ener~eticbeskogo instituta.
(Hydraulic models)

114ITRI33,?V, LV.; =LIUNOV, V.A.; ZENKEVICH, V.B.
Technical conference in the Moscow Power Engineering Institute.
Promoenerg, 16 noog:56-57 8 1610 (MIRA 14:8)
(Moscow-Power engineering)

SOKOLGVP Ye.ya., prof.; --DMIT-R1'Y.EV. LV., inzh.; ZAKATOVA, M.S.
Methods for calculating the variable operation of heat supply to
subscribers, Trudy ICI no.48:133-146 163. (MIRA 17:6)

I
Mikhaylovich; DII-TTRIYEV, I.V., nauchn. rei.
[Cal-culation and modeling
tliemal networks] Raschet
skikh rezhizrav teplolrjkh
163 P.
of hydraulic cond4tions in
i modelirovanie gidravliche-
setei. Moskva, Energiia, 19(-.4.
(MIR.A

BELOUSOVP V.P.; SABININ, V.Ye.; R!i~TRIYEVI I-V-
Calorimeter for determining the integral heaLs of vaporizatior) of
liquid mixtures. Izv.vys.ucheb.zav.; khim. i khim.tekh. 7 no.20359-
340 '64. (MIRA 18:4)
1. Leningradskiy gosudarstvennyy universite,~ im. A.A.Zhdanolra,
kafedra teorii rastvorov.

L00164-66 SIP(i)/OdP(b)/ZJP(P)
XFSSION NR: BU/00n/65/O18/OOZ/On7/0120j!
AP,5023549
AC
AUTHORt Marinov, H#; UrWrIwwwo
TITIRI Connection between the upper glass-formation limit and the Phase diagrams
of certain binary systems
1150URM Bulgarska akademiya. na naukitee Doklady, V. :LS, -no. 2. 1965, 117-120
1,,OpIC TAGSt phase diagram, glass, crystallization
starting from the acompooition-proporty" and tho~
.odrrespondin Phlasedi6rrams (see, ko-
o.p. N. S. Xurnakov, Vy
0 4dPniYe,v,
ICb'LMLchc ILII~a ZIntroduction to the Phyaica-Chemical Andlydiaj
"1940), 'the autrorls-studied the relstionr* botwoun the phatse diagrams
upper Plass-formation limits of the 49C-S102 and It)SiO2 Unary systems* Th
-formation limits in the system under study eithell.
:results show that the glass
:acincido with the etatedtic and peritoct or appear in th4 vicinity
'Dr at themax~mum of the corresponding phase diagrans of the binary compoundm
less-produoing, capobility, of,
'rho. crritallizqtion kinativej detdrmining the p
n1alt chan"s periodically and discontin!~q~~q~y.~a funotion of iho
C ard 1/2

L oo164-66
ACCESSION NRt APW2.5549
ii-iostructuralIdoinnins, of't6 natur.e of the eleine-As 'Si~d of theliquidua
curves on the phase diegrems.i The theoratically allowable unver-glaos-
formation limit in the Na2~D-4UO2,type systems tends towards the peritectio
point* To the left,of itp Ahe modifted componant crystallizes as primary
ohs se. -f-M = cation, of -eUixiht in Group's or II of pa rifodic Systemi
Grig, 4irt. has: 3 fIguresi:'
lis.mA71ONs CherAsch-tachnblogischea Institut, SofiawDamniza (Instituta or
Chogdoal: Tachnoloff)
..,VBMTTEDt 00 FMLt 00 suri com Gc, mr
HR REF SOVI 00? OTHM: 003 MS
Card-2/2