SCIENTIFIC ABSTRACT SLABOCHOVA, Z. - SLABY, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651220015-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 24, 2000
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

PIAZYM, Z.; SLABOCHOVA, Z.; ROUBA1, Z.
7
.,F;terolytic activity of serum following administration of heparinoid.
Cesk. fYsiol. 8 n0-3:236-237 Apr 59.
1. Ustav pro vyzkum vyzivy lidu, Vyzkumny ustav pro farmacii a biochemii,
Prnha. Predneseno na 111. fysiologickych dnech v Brne dne 14. 1. 1959.
(HUA,_q]N,
heparinoid, eff. on serum esterolytic activity (Cz))

PLACER, Z. ; B O~H OVA, EKLA, B.
_~.; ROBAL, Z.; NOVAK, M.; HOLECKOVA, E.; SE
Serum esterase activity and mucoproteinemia in rats after the
implantation of Walker 256 tumor. Ne0Dla8Md,BratIHl. 7 no-1
suppl:44-46 160.
(NEOPLASMS blood)
(ESTERASES blood)
(KJCOPROTEINS blood)

PLACXR, Z.;SIABOCHOVA, Z.;ROUBAL, Z.
Antilipenic activity of gastric macua. Cesk. fysiol. 9 no.l:
44-45 Ja 60.
1. Ustav Dro vyzknm vyzivy lidn. Vyzkamny ustav pro farmacii
a biochemii, Praha.
(MUCOPROTICINS, pharmacol.)
(LIPOMTRIN LIPAS3S)

SLABOCHOVA, Z.;FABRY, P.;HAHH. P. ;KOLDOVSKY, O.;MA.SEK, J.;NOVAK, M.;PLACER, Z.
Yfffects of 3 diets on certain indices of fat metabolism in ratso
Cesk. fysiol. 9 no.1:50-51 ja 6o,
1. Ustav pro vyzkmm vyzivy lidti. Fysiologicky ustav CSAV, Praha,
(DIM exper.)
(FATS metab.)

FLACER,Z.; SLABOCHOVA. Z.
Comparison of certain enz7matic eyaters in normal conditions and
in obesity. Cesk.fysiol. 9 no.3:257 W 160.
1. Ustav pro vyskum vysivu lidu, Praha
(ENZMS metab.)
(OBESITT metab.)

SLA,BOCHOVA. Z.; PLACER, Z.
Materase activity of the serum during the course of prolonged
hypothermia. Cesk.fysiol. 9 no-3:263-264 my 16o.
1. Uatav pro vyzklmn vyz1vu lIdu. Praha
(HYPOTHMIA INDUCED iaxper)
(ESTMRASIS blood)

PLACER, Z.; SLABOCHMA, Z.
Colorimetric determination of polyene fatty acids in biological
material. CeBk.fysiol. 9 no.6:562-565 H 160.
1. Ustav pro vyzkam vyzivy lidu, Praha.
(FATTY ACIDS chem)

S OCHOVA, Z.; PLACER, Z.; MASEK, J.
Research of obesity in the Czechoslovak Socialist Republic. (Some
recent findings). Rev.Gzech.M. 7 no.1:41-48 161.
1. Institute for Human Nutrition, Prague. Direcotr: Doc.J.Masek.
(OBESITY statist)

A 1:'.i 11,-: t L c: i
c,--
lhtn:
Czechoslovakia
[not given7
Brno, Vnitrni Lckarstvi, Vol VII, No 8, August 1961,
PP 865-871P
"Obanity in GynocoloCical EndocrinoloCyll
CabbrevIation cot
Authors: id ti~ricd]
YMSSIM, P, Degrees not-givon, Internal Department Ug~ (Intoerni
4--MT&Cra UDL), Research Instltut6-6-f -Exper-iniental Therapy (Vyzkumny
--ust4~ ~w-po rt~~talni terapie); Director (Reditel): Doe MWDr 0 Smahel
I-'SLkDO,-,HOVAP ZO D ees not given, Institute of Research on Human'
pro vyzkum
Doc 1,'Mr J-1-1asek
BULTASOVA, H, Degrees not given. Affiliation [presumed7anstitute
of Research on 11uman Nutrition; Director: Doc M1JDr J

'DY
cco Intry, Czechoalovalcia
,rar;,: /not givion/
Institute of Research on 11man Nutrition (Ustav pro vyzkum
vy --,M-re-cl~r---~Reditel) Doe MIUM, J 1.1asok
v
y,,i lid e
Brno, Vnitrni Lakarstyl, Vol VII, No 8, August 1961, pp 926-930
D.-I.ta: IlTha Roducing Diet from the Point of View of Mletalmlio
Adaptation."
Authors:.------
rSUa-IB-3CGHOIjA Z
2.1

SLABOGHOVA , Z.
Metabolic studies in obesity- III. Changes in the bisal consumption
of oxygen, body surface and basal metabolism in patients on a reducing
diet. Cesk. gastroent. vyz. 15 no-1:39-43 F 161.
1. Ustav ro vyzkum vyzivy lidu, Praha, reditel doc. 14UDr. J. Masek.
tDlh"r REDUCING) (OXYGEN metabolism)
(BASAL WZTABOLISM physiol.)

SLABOCHOVAY Z.i HAVLOVA, M.; PLACER, Z.
Metabolic studies in obesity. IV. Glycemia and glycemic curves
in obesity. Cesk. gastroent. vyz- 15 no.1:44-48 F 161.
1. Ustav pro vyzkum lidu, Praha reditel doe. MUDr. J. Masek.
(OBESITr blood) (BLO66 SUGAR chemistry)

PLACER, Z.; SLABOCHOVA,__~,
On the adipose tissue. Introduction. Cesk. gastroent. v7z. 15 no.2:
81-82 Mr 161.
1. Ustav pro vyzkum vvzivy lidu, Praha, reditel doe. MUDr. J. Masek.
(ADIPOSE TISSUE)

PLACER., Z.; SLABOCHOVA, Z.; MASEK, J.j HAVLOVA? M.; Technicka opoluprace
HRADILOVA,-L,;- k6UCKOVA, 0.
On the adipose tissue. I. Composition of 3 types of adipose tissue
in rats. Cesk. gastroent. vyz. 15 no.2:83-88 Mr '61.
1. Ustav pro vyzkum vyzivy lidu, Praha, reditel doe. MDr. J. Masek.
(ADIPOSE TISSUE chem)

PLACER, Z.; SLABOCHOVA, Z.; Technicka spoluprace ROUCKOVA, 0.; HRADILOVA, L.
On the adipose tissue. H. Changes in the composition of the adipose
tissue in starvation. Cesk. gastroent. vy%. 15 no.2:89-94 Ylr 161.
1. Ustav pro vyzkum vyzivy lidu, Praha, reditel doe. MUDr. Josef Masek.
(ADIPOSE TISSUE chem) "(STARVATION exper)

SLLBOICHOVA, Z. [Sl~bochova,'Z.J; FIATSER, Z.) MASHEK, 1.
Some experience in the treatment of patients with obesity. !
Vop.pit. 20 no.3!12-16 lbr-Je 161. (MIRA .14: 4)i
I
1. Iz Instituta pitaniya., Praga, Chekhoslovakiyap.
(CORPULENCE)

PLACER, Z,; SLABOCHOVA, Z.; NOVAK, M.
- -
Poatl'?parin eaterase activity of human serum. IV. Cas.lek.cesk 100
no.15:449-454 14 Ap 161.
1. Ustav pro vyzkum. vyzivy lidu V Praze, reditel doe. dr. J. Masek.
(ESTERASES blood) (HEPARIN pharmacol)

PLALGER, Z.; SLABOCHOVA Z.; MASEK, J.; technicka spoluprace: HRADILOVA, L.;
~~ -" ~-' ' I ~'
ROUCKOX-, 0.
On adipose tissues. Ill. Composition of 3 types of adipose tissue in
rats fed diets with various food contents after fasting. Cesk.
gaotroent. vyz. 15 no.3:197-202 My 161.
1. Ustav pro vyzkum vyzivy lidu, Praha, roditel. doe. MUDr. Josef
Masek.
(ADIPOSE TISSUE chem) (DIETS exper)
(FASTING exper)

PLACER, Z.; SLABOCHOVA, Z.; FABU, P.; HAVLOVA, 1,1.; MASEK, J.; tochnicka
spobiprace ROUCKOVA, 0.; HIRADILOVA, L.
On adipose tissues. IV. Composition of 3 types of adipose tissues in
rats after prolonged feeding diets with various food contents. Cesk.
gastroent. vyz. 15 no.3:203-208 My 161.
1. Ustav pro vyzkum vyzivy lidu v Praze, reditel doc. MUDr. Josef Masek'.
(ADIPOSE TISSIFE chem) (DIETS wcper)

MASEK, J.j--.SLABOCHOVA,_Z,,l PLACER, Z.
Contribution to the problem of prevention and therapy of obesity.
Cas.lek.cesk 100 no.22:681-686 2 Je 161.
1. Ustav pro vyzkum vyzivy lidu, Praha, reditel doc. MUDr. J. Masek.
(OBESITY)

VULTERINOVA, M.; DOBERSKY, P.; FIRK, F.; HRUBA, F.; SEGOVA, E.; BLAHNIKOVA, L.;
SLABOCHOVA, Z.; PLACER, Z.
Changes in the nutritional state of patients after gaotrectomy; diagnosisj,
provention and therapy. Rxw. czech. mod. 8 no.4:27&-284 162.
1. Institute of Human Nutrition, Prague; Director: F--of. J. Masek, M.D.
(POSTGASTUCTOMY SPIDR01,W)

PLACER, Z.; RATH, R. ; SLABOCHOVA-,---Z.; technicka spgluprace IIHADILOVA, L.
Body water space. I. Determination of extracellular fluids with the
aid of rhodanide (NaSCII). Cesk. gastroent. 16 no.1:35-40 Ja 162.
1. Ustav pro vyzkwa vyziv-y lidu, Praha, red. doe. MUDr. J. Masek, DrSc.
(THIOCYANATES) (BVDY FLUID3)

PLACER, Z.; BEDLAGEK, B.; ROUBAL, Z.; ~LA~OC~ J~, Z.; HROMADKOVA, V.
91 _
The problem of fats from the biochemical viewpoint. Cesk. gastroent.
vyz. 16 no.3/4:171-177 Ap '62.
1. Ustav pro vyzkum Oyzivy lidu v Praze, reditel doc. Mr. J. ~~asekj
DrSc.
(NUTRITION) (ADIPOSE TISSUE) (LIPID METABOLISM)

MASEK ) J. ; OSAITCOVA, K. ; $14~QqOIVA L Z. ; HEJDA, S. ; HATLE, J.
Epidemiology and pathogenesis of obesity. Cesk. gastroent. vyz.
16 no.3/4:223-229 AP 162.
1. Ustav pro vyzkum vyziv,, lidu v Praze, reditel doc. MUDi-. J. Masek,
DrSc.
(OBESITY) (NUTRITION)

VULTERINOVAJ, M.; DOBERSKY, P.; PIRK, F.; HRUBA, F.; SEGOVA, E.; BLAMIKOVA, L.;
SjAB0C110VA,-Z,_; PLACER, Z.
Changes of the nutritional status of gastrectomized patientst their
diagnosis, prevention and therapy. Cesk. gastroent. vyz. 16 no.3/4:
25&-265 Ap 62.
1. Ustav pro vyzkum vyzivy lidu v Praze, reditel doe. MUDr. J. Masek,
DrSc.
(GASTRECTOMY) (NUTRITION DISORDERS)

'-SLABOCHOVA, Z.; MASEK, J.; PLACER, Z.; RATH, R.
Contribution to metabolic studies in obese subjects. Dratisl. Lek.
Listy 42 no.7:402-408 162.
1. Z Ustavu pro vyzkurn vyzivy lidu v Praze, reditel doe. MUDr.
J. Masek, Dr.Sc.
(OBESITY) (LIPID METABOLISM)

MASEK, Josef; SLABOCHOVA, Zdenka; PLACER, Zdenek
Some aspects of fat diets in the metabolism of normall and obese
subjects. Cas. lek. cesk. 101 no.32/33:977-980 17 Ag 162.
1. Ustav pro vyzkum vyzivy lidu, Praha, reditel prof. dr. J. Masek,
'DrSc. -
(LIPIDS) (NUTRITION) (LIPID METABOLISM)
(OBESITY)

SLABOCHOVA, Z.; RATH, R.; PIACER, Z.
MBtabolic studies in obesity. V. Blood sugar curve after 2
glucose loads. Gesk. gastroent. vyz. 17 no.l.,37-41 Ja 163.
1. Uatav pro vyzkam vyzivy lidu v Praze, reditel prof. dr.
J. Masek, DrSa.
(OBESITY) (GLUCOSE TOLERANGE TEST)
(110 ULIN) (AGING)

RATH, R.; SLABOCHOVA,_Z _; PLACER, Z.
.- - - -I
Metabolic studies in obesity. V. Effect of adrenal-in in no-mal.
weight and obese subjects. Cesk. gastroent. -vyw. 17 no.7:422-
429 NI'63
1. Ustav pro vyzkum vyzivy lidu v Praze; reditel prof. dr.
J. Masek, DrSc.

SONKA, J.; PETRASEK, J.; ZBIRKOVA, A.; STABOCHOVA, Z.
Effect of reducing regimens on the excretion of 3-methoxy-4-
hydroxymandelic acid (vanillymandelic acid). Cesk. gastroent.
vyz. 17 no.7:430-434 N 163.
1. Laborator pro endikrinologii a metabolismus a III. interni
klinika fakulty vseobecneho lekarstvi Karlovy University v
Praze; Katedra telesne vychovy Karlovy University v Praze,
a Ustav pro vyzkum vyzivy lidu v Praze.

iP'STUOVA, A.; SIABOMOVA, 7. (Slabochova, Z.]
to~ sDf 1h-- c-f fa'-4--V a,i~ cxldaticn Ln t--e a~rzxla-l
CTF,a-nl-qrl- VCF- r~lt- 23 no.".00-33 LIT-D 1640 (MIRA 18:6)
'I. Irls-titut plituani-ya (dir. - prc-1:6. I.Mashok [Ma-sakq Fraga.
Chekhoslavaklya.

I
SLABOCHOVA) Z.; it.; nkca(, Z.; KASEK, j.
Effect of thyroglulbin 4n the treatment W OtP-sitY. Gas. Lek.
Cesk. 103 no.17:458-462 Ap 24 164.
1. Ustav pro ,r3,zkun vyzivy lidu, Frahu- 'r- -iitel prof. dr. J.
Masek,, Drse.~
J.

RATH, R.; PIACER, Z.; SLABOCHOVA,.Z.; Technicka spoluprace: HRADILOVA, T,.;
WNCLINGEROVA, 'Q[.~'-StiCii~~icka spoluprace: ZVOIANKOVA, K., inz.
Body water space. Part 8. Cesk. gastroent. vyz. 19 no.6:335-339
S 165.
1. Ustav pro vyzkum vyzivy lidu v Praze (reditel prof. dr.
J. Masok, DrSc.).

L h0337-66 W(J) (m) /T IJP( c) RM
I ACC I" AR"TRI (A) SOURCE CODE: UR/Oia9j69fG"f00rfW1v1ft15
AUTHOR: Navumava, S. F.; Slabo dc hy kava,L K. Yerareyev, B. V.

RG: None
1
jTITLE: Epoxy resin based on polycy clohexadiene-1,3
: AN BSSR. Vestsi. Seryya khimichnykh navuk, no. 2, 1965, 10-15
C TAGS: epoxide, epoxy resin , hydrogen peroxide, cyclic group, diene synthesis,
STRACT: The authors study epoxidation of polycyclohexadiene-1.3 in a mixture of
-drogen peroxide and formic acid as a function of concentration of the epoxidizing
~agents, the order in which they are added and the time and temperature of epoxi-
Ltion. It is found that epoxidation under mild conditions produces an eposy resin
.th an epbxide oxygen concentration of 6-9%. Optimum conditions for using hydrogen
!roxidq and formic acid in epoxidation of polycyclohexadiene-1,3 are as follovs:
formi;~a4d concentration of 19-28% with respect to hydrogen peroxide; a hydrogen
xoxide.-dt'Wcentration of 35-70% with respect to the polycyclohexadiene-1.3 to be
ioxidized;,.a temperature of hOOC and an epoxidation time of 5 hours. Orig. art. has:
tables.
FB-C0Di:'i"'1/ SUBM DATE: none/ ORIG REF: 005/ OTH REF: 003

F '--'q If I OV )Yakov Petrovich; SLABODKIN, A.Ya.1, dots., kand. tekhn.
nauk, retsenzent; ST DOIROV, A.P.., dots., kand. tekhn.
nauk, retsenent; PUZANOV, N.F.~ st. nauchn. So"r.,
o-tv. red.; VASILIYEVA, N.V., red.
(Amphibious units for-lumber floating; textbook for
students of the Faculty of Woodworking and Forest
Engineering] Vezdekhodnye agregaty-w,fibii dlia splavai
uchebnoe posobie dlia studentov lasomekhanicheskogo i
lescinzhenernogo fakulltetov. Leningrad, Vses. zaochnyi
lesotekhn. in-t, 1964. 61 p. '%MLIk 18:5)

IOFFE, Yuliy Rafailovich; KUPTSOV, Ivan Pavlovich; ORLOV, I.I.M., inzh.,
red.; ~LA OKU;~ ~GX., red.; UIEDEVA, L.V., tekhn. red.
[Design and construction of large thermal electric paver plants
of precaot reinforced concrete)Proektirovanie i stroitellstvo
moshcYaWkh teplovykh elektrostantsii iz sbornogo zhelezobetona.
Moskva, Orgener ostroi, 1962. 77 p. (MIRA 15:10)
Slectric power plants)
(Precast concrete construction)

I . 31'AF L-11YAN , IdI.
2. US.SP (--,,r)0)
4. --'lectric Ccils
7
7. instead -` chcke ccil. Ra-~.ic Nc- 4, 1953-
9. Monthly List of Russian Accessions, Library of Congress, June -1953. Unclassified.

SLABODYANYUK, 14. 1.
Diagnostic significance of morphological methods of investiga-
tion in inflnenza. Vap.virus. 4 no.3:336-340 ky~e '59.
(MIRA. 12:8)
1. Institut infektsionnykh bolezney ABIT SSSR, Kiyev.
(INFLUBOIZA, diamosis,
cytoscopic technics (Rus))

12846
545.37 646.471.31.04 - 540-562.226.04 :'640.722.'f75.04

Ziabo IR
J., Amper-metric, Titrallon of some Heavy Ik I
_
Solutions b.
rsodlurn Hydroxide WI(101heAld of the Rotating Plail-
'lectrod
Ohm 1,
.Mlareczkowanle amperometryczne roztwor6w nlekt5rych metall
cigAlch, roitworem wodorotlenku sodowego. z zastoso%%anlem platynowej
elektrody w1rui.1cel". RocznIkI,ChernIl (PAN)..No. 1. 1955, pp.'107-114,
5 figs., 3 tabs.
By arnperometrIc titration of- solutions of CuSO4, Fe(NOj)j, and
ZnC]-. with I N NaOH, satisfactory results were obtained (relative error
less than I per cent.). Particularly good'results were achieved when the
platinum electrode *as connected with the positive pole-of the accu-
mulator. The Motions can be Performed either- by calculating the- ratio
of current Intensity to the quantity of MI. ol.MaOtl solution
(drawing
a curve of this ratio, which will show the -titratinn point at the break of
the curve) or up to the jeap" of tive mlervarnmeter handle. Tilrallon of
lead nitrate requires further tests In changed ccndItIons.

POLAND / Cultivated Plants. Grains. M-2
Abs Jour: Rcf Zhur-Biol., No 6, 1958, 2493~
Author
Inst : The Institute of Livestock Raising and Plant Ac-
climatization (Gorzov)
Title : Investigation of the Stages of Vernalization of
Grain Crops and Their Significance In the Culti-
vation and Selection of Plants.
Orig Pub; Aota agrobot., 1956, 4, 45-85 (Polish, res. Russ.,
Eng.)
Abstract: At the Institute of Livestock Raising and Plant
Acclimatization (Gorzov) in 1951-1953 the duration
of the stages of vernalization was determined in
54 varieties of wheat, 5 varieties of barley and
18 varieties of rye. All the winter wheat varie-
ties were divided into 6 groups according to the
Card 1/3
12

POLAND / Cultivated Plants. Grains. M-2
Abs Jourt Ref Zhur-Biol., No 6, 1958, 24939
Abstract: duration of-the stages of vernalization, the rye
and barley varieties into 3 groups. The effect of
increased temperature (up to 20-350) on the verna-
lization process was studied. Plant development
vias retarded by keeping the sprouting seeds being
vernalized at higher temperatures for 3-5 days.
The winter barley yields from the vernalized seeds
planted in spring either equalled or surpassed the
summer barley harvests; the yields of winter wheat
planted in the spring from the vernalized seed
was ordinarily lower than the summer wheat output.
The method of seed vernalization was used in selec-
tion to cross the winter and summer and early and
late varietiesto study-the resistance of various
winter wheat varieties to stinking smut; to obtain
two generations of winter in the course of 1 year,
Card 2/3

POLAND / Cultivated Plants. Grains. LeGumes. Tropical M-1
Cereals.
Abs Jour :Ref Zhur - BiOloglyat No 29 1959, No. 6208
Author :
Inst :Not given
Title ;Selection of Wheat With High Quality Grain
Orig Pub :Hodowla rosi., aklimat. i nasienn., 1957, 1,
No 4, 498-508
Abstract :No abstract given
Card 1/1

Card 2/2 tvt6

IJF(c) GS/AT
ACC NR, AT6008847 SOURCE CODE: UR/0000/65/000/000/0089/0104
AUrHOR: A. P. (B;~ci~eWP
ORG: none
TITLE: Investigation of a nonadiabatic magnetic trap
SOURCE: AN UkrSSR. Magnitnyye lovushki (Magnetic traps). Kiev, Nadcova dumka, 1965,
89-104
TOPIC TAGS: magnetic trap, nonadiabatic process, charged particle, plasma physics
4-,
ABStRACT: The authorstudAs a magnetic system where charged particles are held in
resonance with a spatially periodic magnetic field by reducing the intensity of the
principal magnetic field with respect to the spatially periodic system in synchroniza-
tion with a reduction in the longitudinal component of the velocity of the charged
particles. It is shown that a group of particles appears after reflection from the
second magnetic mirror and that these particles immediately escape from the magnetic
trap. This group of charged particles has a d4cisive effect on the measured current.
The number of electrons formed during ionization of the residual gas was determined.
Since the diffusion of slow electrons across the magnetic field is low, all ionization
electrons pass through the magnetic,mirrors in steady state conditions. The electron.
current generated during ionization reduced to the injection current.gives the number
of secondary ionization electrons produced in the trap by a single fast electron
Card 1/3 1 - i~~i

L 23562-66
ACC NR; AT6008847
n = AIIIO. The average path traversed by fast electrons in a magnetic trap may be
found from the formula n
w = F.K.-P,
where n1S is the average path of a fast electron in the trap; &77 is the current of
electrons produced within the trap; 10 is the injection current-without a modulating
magnetic field; So is the relative ionization of electrons for a given energy in air;,
p is the residual gas pressure in mm Hg. The installation used for measuring the
average path traversed by a charged particle in a magnetic trap is shown in the figure
where K1, K2 and K4 are electron current collectors, K3 is the ion probe and CI, C2,
C3 and C4 are grids. The curve fbr the average path at resonance of a charged parti-
cle in the magnetic trap as a function of pressure shows a sharp maximum at 2.5-10-6
mm Hg which is the low pressure limit for the proposed method due to losses of fast
particles at the walls. Data on the aver-
age path of the fast electrons in the trap
and their average longitudinal component of
velocity were used for estimating the time
'KA X, which the charged particles were held in the
magnetic trap. These estimates give a value,
Diagram of the experimental setup:
1--electron gun; 2--coils for the
fundamental magnetic field; 3--coils for the modulating magnetic field.
3

---L- 2-5552-6&
NR; AT600604!
of 16 usec for a distance between mirrors of 300 cm and 80 reflections between mir-
r1ors. Experimental results showed that the majority of the particles passing through
the first (injection) mirror are electrons. The number of particles which pass throu
the injection mirror depends on pressure. A curve is given showing the ratio of strea
passing through the first and second mirrors as a function of residual gas pressure.
The fraction of particles escaping from the trap through the injection mirror also in
creases with injection current. The behavior of the charged particles after the firs
reflection from the magnetic mirror was studiedby using a screen with a radial slit
which was coated with a phosphorescent material on two sides. The primary beam was
passed through the slit and the'beam reflected from the magnetic mirror was observed
on the screen. A cylindrical beam of charged particles appears at the input of the
spatially periodic magnetic field after reflection from the second nArror. The reflei.,
tion areas are diffused, especially on the injection mirror side. A small trap is
formed with a distance of about 70 cm between the ends of the reflection areas. The
magnetic field of the reflection area on the injection mirror side is smaller than thi
of the reflection area on the second mirror. There are three groups of particles whic]
interact in different ways with the spatially periodic magnetic field: one group in-
creases its own transverse component of energy, a second changes it weakly and the
third converts the transverse energy component to a longitudinal component. Orig. arI
has: 9 figures, 2 formulas.
SUB CODE: 20/ SUBM DATE: 20Oct&5/ ORIG REF: 012/ OTH REF: 001
I
t

KAMENEM IYY V.A., inzh.; SI,ABOSpjI,SKjy, I.A,, inzh.; CHEKRIZOV, L.G., inzh.
Results of testing tractors with automatic friction transmissions.
Trakt. i sellkhozmash. 33 no-5:11-14 My 163. (KIRA 16:10)
1. Vsesoyuznyy nauchno-issledovatel'skiy institut mekhanizatsii
sellskogo khozyaystva (for Kamenetskiy). 2. Kubanskiy gosudarstvennyy
nauchno-issledovatellskiy institut i sellskokhozyaystvennyKh mashin
(for Slabospitikly, Ghokrizov).

ALJTHORj FOGELI,Ya.M., KRUFNIK,L.I., SLABOSPITSKIY,R.P. Pk - 3551
TITLE: Negative Hydrogen Ion Formation by Passage of Positive Hydrogen
Ions through a Supersonic Oil Vapour Stream. (Obrazovaniye
otritsatelinykh ionov vodoroda pri prokhozhdenii polozhitellnykh
ionov vodoroda cherez sverkhzvukovuyu struyu parov mas 91, Russian)
PERIODICALs Zhurnal Tekhn. Fiz.9 1957, Vol 27, Nr 5t PP 981 - 987 (U-S-S.R.)
ABSTRACT: With reference to a previous work (Zhurnal Tekhn. Fiza'q 1956t
p 1208) several experiments are described in the present paper
which were carried out with a view of realizing a vapor jet target.
Oil, which has a low vapor viscosity, was used as working material.
For purposes of comparison with a vapor-meroury target experiments
were carried out for the determination of the coefficient of the
,)H- on which occasion various oils were used
transformation e
l
as target substance. he supersonic outflow of oil vapors from a
Lavel nozzle was investigated in a system, the section of which is
shown here. The results obtained by the investigations make it
possible to investigate the transformation of positive hydrogen
ions into negative ones in the ultrasonic jet of the oil vapors.
Three groups of H 1-ions were observed: 1) such with an energy
that corresponded to the full potential drop, 2) and 3) with an
energy that corresponded to one half and one third of this value
Card 1/2 respectively. The experiments showed that a reliable vapor jet

J P
~
AUTHOR: FOGhl',Ya.M., KRUPNIIC
' -I., KOVALI,A.G., PA - 3552
SLABOSPITSKIY,R.P.
,TITLEt '~-omposition of Equilibrium Beam, Formed by Passage of Single
Positive Oxygen Ions through the GAs Targets. (Sostav ravnovesnogo
puchka, obrazuy-ushchegosya pri prokhozhdenii odnozaryadnykh
polozhitellnykh ionov kisloroda cherez gazovyye misheni, Russian)
PERIODICkLi Zhurnal Tekhn. Fiz., 1957, Vol 27, Nr 5, pp 988 - 996 (U.S.S.R.)
ABSTRACT: The tests were carried oat in order, by means of a recharge of
positive ions, to obtain a bundle of negative oxygen ions. For this
purpose the composition of an equilibrium oxygen bundle with an
energy of 12.3 - 46.2 keV, which is formed during the passage
of positive oxygen ions with a charge through a flowing gas target
filled with Ne-, A-, H 2-1 11
- , and 02gases, is investigated,
2
There follows the description of the apparatus and of the measuring
method. The quantities f0, f+, f- (relative content of positive
and negative ions with a charge in the bundle) for an
equilibrium oxygen bundle with an energy in the above interval in
the above mentioned gases were investigated. It is shown that in
the energy interval investigated no great dependenoe of bundle
composition on energy could be observed. However., the composition
of the bundle depends in a high degree on the nature of the gas
Card 1/2 by which the target is filled. There is a particularly high content

AUTHOR: FOGEL,YA.M., ANKUDINOV,V.A., SLA13OSrITSKY,R.P. FA - 2956
TITLE! Loss of Two Electroms in A 911iije -Colil_s!~~ -la-'etween Negative Hydrogen
Iona and Molecules of the Gas. (Potera dvukh elektronov pri
odnokmtnykh stolknoveniyakh otritsatellnykh ionov vodoroda a mole-
kulami gasov, Russian)
PERIODICAL Zhurnal Eksperim. i Teoret. FizW, 1957, Vol 32, Nr 3, PP 453-)+62
(U.S.S.R.)
Received: 6 / 1957 Reviewed: 7 / 1957
ABSTRACTs The cross sections of these losses in the case of energies of
hydrogen ions of from 5 to 40 keV were measured on the oocasion of
collisions with He-, Ne-, A.#, Xr-, Xe- atoms, and H2-1 N2-1 02-
molecules; the experimental system is described in detail. In the
interval examined the cross sections in Ne, A, Xe, N21 0 2 inorease
monotonously with the energy; with Kr they increase up to 2o,6 keV,
after which they remain constant; in the case of He a =drm-
exists at 20 keV, and with % the cross section remains constant.
These results are ccmparea with the cross sections or the loam of
two electrons in the case of heavy negative ions, of the loss of an
electron by the same ions as those measured here; the Justification
of neglecting two-eleotron losses when measuring one-electron

S/10,1,"'2/000/001/045/066
D201/'D'505
itskiv, R- p, and GuzhovskiYq
kUTHORS: Fogel'. Ya~ Mo,
I. T~ aegative ions of heliUms carbon, oxygen
TITLE1 pormation of n passing Of positive ions through a,
and chlorine rcury vapor
ultrasonic stream of me ektronika-
AL*~ ReferativnYY zhurnall Avtomatika. i radioel
PERIODIC 1962, 62, abstract 1Zh437 (V sb. Blektrostat.
no. 1, Atomizdat, 1959, 32-45)
generatorY, M-9 C 0 and Cl ions into
ormation of positive He) 29 2
TEXT: The transf ury vapor target is
Ssing through a merc of heavy
negative ions in their pa, ity of obtaining a source ned. An HF_
investigated and the possibil ~ generator is 6xplai orting
arge-change . The 5
r the ch, tive ions
negative ions fO for obtaining a beam of POsi'd by means of the
source was used Lg to their energy was achieve the input
of ions accordin f a plane condenser , placed in froiltOf
electric field o -results of investigation into the de-
to a magnetic analyzer. The
Card 1/2 r. mary
9 the beam thick-
r Ma7ry
thi ck
--a-U-ea-m 10n and its cro3s-sectional
-n of negative -
ona1
Pu- ~~l the m.,;, ions
der, with a ~ as obtained by means
~y means
analyzer, variable diaphragm Placed at the in-
tion~-7 /-Abstractert 8 note: Complete transla-
the jn_
nsla
Card 212

24.2120,24.6000,24-V;00 7-17 _`~ 3 1
SOV/57-~~0-1-10/18
AUTHORS: Fogel', Ya. M., Slabospitskiy, R. P., Rasrepin, A. B.
TITLE: Charged Particle Emission From Metal Surfaces During
Positive Ion Bombardment
PERIODICAL: Zhurnal tekhnicheskoy fiziki, 1960, Vol 30, Nr 1,
pp 63-73 (USSR)
ABSTRACT: Introduction: In previous work of this kind researchers
were able to measure only the sum of the K coefflJcient
of secondary negative ion emission and R.. the coefficient
of reflection of incoming ions. In the 10 kev in-
coming proton energy region one cannot give any
reaspnable meaning to K due to a steep rise in R. To
date there are no data about K , the coefficient of
secondary positive ion emission, in scientific
literature. In the present investigation the authors
measured K_ and K + coefficients for Mo bombarded by
Card 1/17

Charged Particle Emission From Metal 77331
Sur-faces During Positive Ion Bombardment STV157-30-10118
Card 2/17
H+, He+, Ne+., Ar+, Kr+, and 0+, and for Ta, W., Cu, and
Fe bombarded by H , Ne , and Ar Incoming ion energy
varied between 10 and 40 kev. The method also allowed
the measurements of the coefficient of the
secondary electron emission, and of Z. The authors
report these values in this paper, too. Description
of the experimental set-up: Figure 2 represents the
diagram of the experimental set-up. The ion gun cone
C~
sists of a high-frequency ion source 1, a symmetrical
three-electrode lens 12, and an accelQrating tube 3.
Two crossed plate condensers 4, adjust the direction
of the beam, and the Faraday cage 5, measures the
ion Yield of the gun. Next, the ions go through the
merr-ury vapor target 6, used to generate negative
hydrogen ions by a method described by Fogel' and
others (ZhTF, XXVI, 1208, 1956). Negative hydrogen
Ions are Used to compare the coeff1plents of secondary
ion emission due to positive and negative ions of the
same material. The magnetic lens 7, supplies an
additional focusing while the mass-monochromator 8,

Chavired Pat-tic-le End.,-,lon Vtloirl Met4l 77531
'~cc,,, I)ur,lnl, Po.,;lUve Ion 1,3ombardment -1o/18
S-u L, f, I SOV/57-30-1
LM-P
Card 5/1'( Fig. 2.

G I 1'-~rged P:- 'L't i,_- I e Lin I on FL'Or11 Metal 773-51
Surfaces Dviri-n.' Flo --, i t -i - aion BombarcUiierit. SOV/57-.50-1-10/18
stipplIels itionoenergetic ions of unique mass.
Channe and 10 (2 x 4 x 20, and 2 x 4 x 9 mm,
at a mutual distance of *570 mm,
.nnStli.Ute the collimator 12, leading to the measuring
)Iwy)bet~ 14, represented on Fig. 3.
Card 4/17
UIP, . .

Charged Particle Emission From Metal 'T7331
Surfaces During Positive !on Bombardfnent SC)77, /::7-`-_:
The glass container 3, houses the screen 5, preventing
the scattered incoming ions from reaching the collecLor
6, the c-rid 7, the target screen 8, and the target 11.
The glass is soldered to a fernico ring 2, which Is
soldered further to the metallic flange 1, connected
to the collimator. All electrodes, except the target,
are mounted on two quartz plates 10, representtng a
frame fixed inside the container walls. Target con-
sists of a metal strip 0.1 mm thick, mounted on two
molybdenum leads 5 mm In diameter, A magnetic screen 4,
of Iron shields the incoming ion beam. Transparency
of the grid equals 97%. Target with screen, grid,
collector, and screen are separated 10 mm from, one
another. The chamber is Inside a magnetic field of
aM.-roximatelY 500 Oersteds, parallel to the planes of
the electrodes. The whole assembly is evacuated by
means of the MM-1000 diffusion Pump 15, -while additional
pumping of the collimator and measuring chamber is
done by means of two MM-40 diffusion pumps. During
the measurements the pressure in the chamber was kept
Card 5/17

'(-' Z I
Charged Particle Emission From Metal i3-1~
Surfaces During Positive Ion Bombardment S 0 V / 57 - -31~ 1) -5
D
Card V17
at 2 to 3 - 10-7 mm Hg. Incoming beam current
was usually of the order of 10-9 amp. Currerts of the
secondary and reflected ions on the collecto-r were
measured using a string electrometer with a sensitivity
of 6.7 - 10 -12 amp/div. Methods of measurements:
Consider the relation between the collector current
Ic and the potential difference Vt.g. between the
target and the grid for a consitant potential V g.c.
between the grid and collector, accelerating positive
ions from the grid toward the collector. For some
value of V t.g. the collector collects all secondary
and reflected primary tons. If E- e(V +
o max < g.c.
+ V t.c. ), where Eo max is the maxim-am initial energy
of the secondar!T ions, they cannot reach the collector,
and, therefore, I I+ + I+ Chan'ging the sign
C sec refl'
of V~ one slows the seconda--ry ions dovin, and accele--
rates the negative ions. Reflected ions a',--,,ays reach

Charged Particle Emission Foom Metal 77331
Surfaces During Positive Ion j3ombardment SOV/57-30-1-lo-/18
the collector since the primary beam has 10 kev or
more of energy. In a like manner, changing
electrode potentials the authors define I" +
If + c refl-'
Ic = isec -I The curve Ic = f(Vt-g at constart
ref 1'
YE.C. must have three plateau regions as seen in Fig. 1.
/00
Card 7/17 Fig. 1.

Char!:ed Particle El--,Ission F-o.,n Metal 77331
Sur.-L"ace,- Du-In - Pos-1, -- Ive 101-1 Bollib,,-vdlzient
SOV/57--30-1-10/18
The coefficients are then given by
K--
1: C
K+~ (2)
C
R (3)
whe L,e It denotes the target current. Similarly,
the authors, obtain the coefficient -~ , takIng into
account the effects of the magnetic field. This
fiel(I is in Eeneral used to prevent secondary
electi-ons from reaching the collector. Results of
Card 8/1'( meaz;ur,einents: Targets are always prepared in the same

Charged Particle Emission From Metal 77331
Surfaces During Pou'Itive Ion Bombardment SOV/5-1-30-1-10/18
way to eliminate the Influence of surface variations.
They are etched first In diluted sulfuric acid,
then washed in distilled water and dried in an oven;
next, they are heated in a 2 to 3 . 10-7 mm Hg
vacuum up to 2000 0 C for Mo, Ta, and W; and up to
goo0 C for Cu and Fe during 30 to 40 min; finally,
they are bombarded with the Ion beam for one hour.
'After such a treatment the coefficients stay
constant over a whole working day (6 to 8 hours)
and are fully reproducible. Results of the measure-
ments of coefficients for a number of ions are
on Pig. 4. iThe results of comparison of coeffi-
cients durinG, an H and H bombardment of the same
I.Mo surface are given In Table A. Ion energy was
22 lcev. The authors assume that the 1: variation
is due to the 11- H+ conver3ion of the incoming
Card 9/17 hydrogen ion on the surface. The _/ coefficient

Charged Particle Driission From Metal
'Dur,faces Durinp, flosP;Ive Ion Bombardment
77;~~31
so V/SiJ --30- 1- -10/18
4 -
F1
e4 (1) H+;
2 H
It Art ~3~ Ne+;
5 Krt,
0+.
a L4 06 't fa
61 a4 175 08 1 ?- /0
acm1re.
N~ J-
f
Card 10/17 a? 0~ '069s I ZLjOj "Of 01 04 as 08 1 1-fol
1), cenl"c V, cm/sec-

Charged Particle Emission From Metal 77331
Surfaces During Post ive Ion Bombardment SOV/57-30-1-10/18
Table A
ti- H+
K~, % ....... . 14
K+, % ....... 0A5 0.44
R, % . . . . . . . . , 1 0*7,
2.03 1.56
y .......... 3.521 1.38
Card 11/17

Charged Particle Emission From Metal 77331
Surfaces During Positive Ion Bombardment SOV/57-30-1-lo/18
variation has been observed already by Zandberg
k'ZhTF, XXV, 1386, 1955) and Dukellckiy (ZhTF,
19, 731, 1949). To investigate the Influence of
adsorbed gases the authors kept a No target at 18000
C for 20 minutes and measured the values of coeffi-
cients as function of time. Results are on Fig. 5~
The beam consisted of 12 kev Ar+ ions. The authors
explain the curves by assuming that the removal
of the adsorbed gas by baking reduces to zero the
emission of secondary ions., Since, according to
Hagstrum (see references) it takes only a few seconds
at 10-7 mm Hg to build a monomolecular layer on an
outgased sample, and it took some 20 minutes to . I
bring the K_ and coefficients to their original
values, the authors concluded that many layers of
adsorbed gas must be responsible for the secondary
eml3slon, The X coefficient behavior Is in a-
Card 12/17 greement with results of Waters (see references)

Charged Particle Emission From Metal 77331
Surfaces During Positive Ion Bombardment SOV/57-30-1-10/18
Fig. 5. (1) beam sent on the target 30 seconds
after the end of heating; (2) beam sent on the
target 20 minutes after the end of heating.
2 -
Yo-
to m
4 1.
oa,~O, 0
2
0 to 10 jo
#9
4
4'0
min
Card 13/17

Charged Particle Emission From Metal M31
11
Ourfaces During Positive Ion Bombardment SOV/57-30-1-10/18
Card 14/17
and Brunnee (Zs. f. Phys., 147, 161, 1957). The
authors investigated the Influence of the target
temperatures on the coefficients. Although they
found regular temperature variations due probably
to different thickneGs of adsorbed gas layers, the
process did not lead to the same values durink
the heating and then cooling-back, and -the authors
have no explanation for these effects. Hydrogen, at
approximately 10-4 mm Hg was also brought in contact
0
with the target at 1-500 C, to investigate the
influence of the nature of ?dsorbed gas on the
coefficients. Figure 7 shows distinct changes
In their values. The target metals had considerable
influence on the coefficients, as seen on Fig. 8.
The authors will perform a more detailed evaluation
of the present data after performing the next
stage of planned experiments which include the
investigation of the composition of the secondary
ionic emission by means of a maGs spectrometer, the
determination of their energy spectrum, and the

Charged Particle Emission From Metal 77331
Surfaces During Positive Ion Bombardment SOV/57--30-1-10/18
ASSOCIATION:
SUBMITTED:
influence of the outgasing process and target
temperature on each type of ions, separately.
Professor A. K. Vallter showed interest in this work.
There are 8 figures; and 17 references, 8 Soviet., 1
German, 4 U.K., 4 U.S. The most recent U.K. and
U.S. references are: R. C. Bradley, J. Appl. Phys.,
30, 1 (1959); P. M. Waters, Phys. Rev., 111, 1053
(1958); R. E. Honig, J. Appl. Phys. 29., 549 (1958);
11. D. Hangstrum, Rev. Sol. Insr., 24, 11221~1953);
F. L. Arnot, C. Becket, Proc. Roy. Soo.., A 8, lo3
(1938).
Kharlicov State University Imeni A. M. Gorlkiy
(Kharlkovskiyo~osudarstvennyy universitet imeni
A. M. Gor'kog
June 15, 1959
Card 15/17

FOGEL', Ya.M., SLiiBOSPITSKIY, R.P., XARNAUKHOV, I.M.
Mavis-spectrometric investigation of the secondary positive and
negative ion emission, arising in the bombardment of the sur-
face of Mo by positive ions. Zhur. tekh. fiz. 30 no-7:824-834
ii 16o. (MIRA 13:8)
1. Kharlkovskiy gosudarstvennyy universitet im. A.M. Gorlkogo.
(Molybdenum) (Mass spectrometry) (Ions)

SLABOSPITSKIY, R. P. Cand Phys-Math Sci -- I'Stud~ of secondary ion .ssion
in the bombardment of metals with positive ions." Len, 1961. (Acad Soi USSR.
Len Phys-Tech Jzst). (KL, 4-61, 185)
-41-

L1?2~p-63 EPF(c)/k4G(k), A&(0/B,"(_m)/EWT(1 VBDS/ESM-4- AFFWA~p
Y
FSD-31SSD Pz-h/Pab-h MW YAT I 'Y
1091,631068ICkla610.30
41
AUTHORS: Fogel', Ya. Slabospit6kiy,,~ Ro'__P.p Sia~myj,, A* 4.
oi
TITLE: Mass-spectrometrild iiiirestigat n, of -secondary ion eridibbion inithe,
bombardment of
_IL1~t: by #ns o:L~r i~
PERIODICAL: Radiotekhnika i elektronilka vo 8 noo 4- 1963~ 684-690
TE.XT: This paper was the subject ofa report to the~lOth:Conference...on
Cathode Electronics held at Tashkent in Navedber 1�61, 'It des-cribes'thd-results
of an investigation of the mass-spectrum-composition of a secohdii7 positive and
negative ion emission which arises wh .en a platinum surface is bombarded with Arl-
ions having an energy of 22 kev. . Also described are the chang~es..'in the Tna s spec-,'..,.
trum of the secondary emission arising as a result of theaction of gases N2. 02Y
:AH3, NO and H20 upon a previously de-gassed surface of:platinume~; The relationship.,
between the number of secondary ions knocked off and the.te~perature of the.4rget-
is also investigated. The authors feelthere is a ffprotqi~tfid reii~ons-ldp~' between~
the processes occurring on the surface of the metal and the' b.eha-irior of the mass
spectrum of the secondary ion emission-& They state it would Ibe 'clesirable, to I con-
duct a simultaneous investigation of the mass spectrum of the sec.-ondaryion emission~,-~
Card 1/2

-T, 0. 1.; ZINCIIENKO I. S.; KARNiMMOV, 1. M.; SLABOSP]3!SKIY, R. P.; TARANOV,
.9
"A Source of Polarized DeuteronB."
report submitted for All-Union Conf on Nuclear Spectroscopy, TbJ-Iisi, 14-22
Feb 64.
KhFTI (Ukrainian Physico Teckmical Inst)

T. 97717-66 EPF(07t1-it(W)-2 AT
ACC NR' AP5025906 SOURCEXODE: UR/0057/65/035/010/]LB97/1901
Lf L4, ~ 40, 5-5- ~f V i
AUIHOR: Yekhichev, 0.1.; Zinchenko, G.N.; ZincKeA)~c, N,.S.; KarnaUhoiv, I.M.
-1-a-4 9 ~S- P: L~s ~kX.
Vq ~ 5-5-
OFG none 0
TITLE: Mass spectrmetric investigation of a wurce of positive ions operating at a:
low gas pressure
SOURCE: Zhurnal tekhnicheskoy fiziki, v. 35, no. 10, 1965, 1897-1901
2.1, q1),
TOPIC TAGS: ion source, hydrogen ion, helium, ion beam focusing, chromatic aberra-
tion
ABSTRACT: This paper reports tests of an ion source, discussed in more detail else-
where (G.N.Zinchenko. Diplomnaya rabota, KhGU, 1962), which operates at gas pressures
from 10-4 to 10-6 mm Hg. The ion source employs an electron gun using a flat tung-
sten-barium cathode with a 2 mm diameter emitting surface, a focusing electrode, and
a plane accelerating electrode located 0.5 am from the cathode and baving a 2 mm dia-
meter opening through which the dectrons; enter the ioni7Ang region. The electron
beam is caught on a flat collector located 6 cm f rom the gun. A negative potential
is applied to the collector so that Ions formed in the region between the gun and the
collector are attracted toward the collector and enter the accelerating tube through
Card 1/2
z>,701 /4 90

AP5025906 '9L I I
a 5 mm diameter opening in the electrode. In the accelerating tube the ions were ac-
celerated to 40 keV and focused on a point 150 cm distant. The focusing problem WAS
somewhat complicated by the fact that the ions entered the accelerating tube with a'
rather wide range of energies, owing to the design of'the ion source. Two different,
j focusing systems were designed and tested, one employing an immersion lens and one
employing two successive accelerating gaps. The design of these systems, which was
accomplished with the aid of conventional design equations, is discussed at some
length. Both performed satisfactorily. It was anticipated that owing to the low
pressure in the ionizing region the production of multiply charged ions by-successive
ionization would be negligible. In order to test this the currents of singly and
doubly charged He3 ions were measured with a mass spectrometer as functions of the
pressure of He3 in the ion source. Both currents increased linearly with the pres-
sure, and at the same rate, for pressures up to 10-4 mm Hg. The ratio of the He++
to the He* current was 5 X 10-3; this is in good agreement with the known ratio of
the corresponding cross sections for He4. The maximum He4* current obtained was
0.02 PA; this current was obtained with an electron beam current of 10 mA and a HO
pressure of 10-4 mm Jig. The e and 4 ion currents were also measured when the ion
source contained H2. Both currents increased linearly with pressure for pressures u
P
to 5 X 10-5 MM Hgr but deviations from linearity were observed at higher pressures.
The authors 'thank A.Ya.Taranov for his interest in the work. Orig. art. has'. I fomu-,
la, 7 figures, and I table.
SUB CODE*. NP/ SUBM DATE: 30Dec64/ ORIG HEY: 004/ OTH REP: 002

FOGELI, Ya.M.; TIADYKTO, B.T.; RYBALKO, V.F.; SLABOSPITSKIY R P
KOROBGHAWK.AYL,l I.Ye.
Possibility of using secondary ion-ion emission phenomena
in studying heterogeneous catalytic reactions. Dokl.
AN SSSR 147 ng.2:414-1+17 N 162. (MIRA 15:11)
1. Kharlkovskiy gosudarstvennyy universitet im. A.M. Gorikogo.
Predstavleno akademikom A.N. Frumkinym.
, (catalysis)
(Ionizati.on of gases)
. t~.

r., 4 6 6 74T 7 T rn T T -J C I T
ACC NR. AP6029802 SOURCE CODE: UR/0089/66/021/002/0131/0132
AUTHOR: Slabospitskiy, Karnaukhov, I. M.; Kiselev, 1. Ye.; Taranov, A. Ya.
ORG: none
TITLE: Source of polarized ions with 1.2 P amp current
SOURCE: Atomnaya energiya, v. 21, no. 2, 1966, 131-132
TOPIC TAGS: electric polarization, hydrogen ion, deuterium, ion beam, ion current,
charge exchange j /0A-J Sacf/We-
ABSTRACT: The (lescribed positive polarized deuterium-ion source is similar
to an earlier source developed by the authors (Program and Abstracts of Papers of XVI
Annual Conference on Nuclear Spectroscopy and Atomic Structure (Moscow, 1966), M.,
,Nauka, 1966, p. 128) but employs a more efficient ionizer, and a higher vacuum is
produced through the use of stainless steel and mercury and titanium pumps. The
source is based on the principle of spin-sorting the atoms in an inhomogeneous mag-
netic field vith subsequent adiabatic extraction to a weak field region (Fig. 1).
Deuterium (or hydrogen) molecules are dissociated in an hf discharge at 150 Mcs. A
magnetic field (20 kOe) focuses the atoms with electron spin projections antiparallel
to the field, and defocuses the atoms with parallel spins. The focused atomic beam
had an intensity 6 x 1o15 atoms/sec in a 5 mm diameter, and was ionized by a coaxi-
1/2 UDC: 539-103: 539.121.85: 539-128.2

ACC NRt
AP6029802
Z
150 me
Fig. 1. Diagram of source
41
ally moving electron beam. The tensor polarization at a current of 1.2 microampere
was found to be -0.274 "0.012. Orig. art. has: 1 figure [02]
SUB CODE: 20/ SUBM DATE: OlApr66/ ORIG REF: 003/ OTH REF: 001, / ATD pRESS:
5089
C.,d 2/2 mt

k:-,'C i C-111004.816131 30/002/ -'~;J
O.J. Pop Slabospitskiy,P,P.
lt,ncen. UkrSSR
on- by -~-21. Spin and parity of the z-jtt txcifod
t. Vi i't~teatll Alinkial Coid'erenco on Nuclear and
Nuc ca i,~, iMito;k, :.,)5 J;inuary to 2 February 1965/
Suriya fizichesikaya,
v. 30, no. 2, 1966, 249
Ln.~,-, inelastic scattering, gamma ray, nuclear energy level,
neoll;
4-io`ast-c scattering of I to 3 MeV protonB on Nezi was investigated izx
oi-6er to obtai;i concernia.- the excited states of the Na 22 compound nucleus
~a,id -,:~j Lic-*,c~-~,Aau ---pin and parity of the 350 keV first excited state of N021 An
.. 1. '> 1. -" 9C) 22 0. 1 m:-'I t~
',enriched and lNe target of neon embedded in a ick
tan talum -w,,j -,-.-qp loved. The 90 yield of 350 keV gamma rays was determined
ias a f-unction of i;-,cid-at proton energy. Some 60 resonances were obsorved, and the
I
i%~-I~'.tive intensities of 24 of them are tabulated. The reson-
~ance6 au pl'oton below 2.3 MoV were mostly well separated, and their energies
Card 1/2

ACC
!,were determined with in accuracy of 5 koV-; -t-he-roson"ces at-higher probon energies
iwere not well separated azd they were not investigated further. AngUlar distribbtiqns
of the 350 keV Gamaa rays associated with the different resonances were measured and
!the coefficients A2 and A., in the expression I + A2P2 (cos 0) + A,4P4 (cos 9) for th4i
I
iangular distribution are tabulated for 19 of the resonances. For all but 7 of the
iresonances the value obtained for A4 was less than its probable error, and for onlyonei
~of the resonances did '14 exceed its probable error by as much as a tactor 2. From that!
!it is concladed that the spin of the 350 keV level dueS"not exceed 5/2. TheoreticA
:angular distributions were calculated with different assumptions conceHing tiie spii I
land parity of the 350 keV Ne2l level and the chaiacter'istic's of the Na states anxi
lare discussed at length in connection both with the present measurements and with dAta
in the literature. It is concluded that the spin and parity of the 350 keV Ne2l
the Ne2l
level are 5/2+. The authors thank M.I.Guseva for providing rarget. Orig,,,
jart. has: 2 formulas, 2 figures and 4 tables.
CODE: 20 SUBM DATE: 00 ORIG. REF: 003 OTH RMI:, 009
Card .2/2

AT
ACC NR1 A1160312 72 SOURCE CODE: UR/0057/66/0-'16/009/1681/1684
AUTFOR, '~'ekhichev, 0. 1.; Zinchenko-, G. N.. Zinchenko, N. S. Karnaukhov, I. M.;
SlabOs2itskiv, R. P.; Taranov, A. Ya.
-17
ORG: none
TITLE: An atomic beam ionizer as a source of polarized ions
SOURCE: Zhurnal tekhnicheskoy fiziki, v. 36, no. 9, 1966, 1681-1684
TOPIC TAGS: ionizer, polarized ions, polarized ion s6urce, atomic beam ionizer
j
.'ABSTRACT: An ionizer based on the principle of ion focusing as developed and patented
iearlier by Zinchenko and others, is described in some detail. In this arrangement,
I
the electron beam is coaxial kith, instead of perpendicular to, the beam of polarized
atoms, thus increa,-drg the ionization length. The electron beam was produced by an
electron gun with an oxide cathode 5.5 and 9.6 mm in inner and outer diameter, re-
i spectively. The distance from the cathode to the anode was about 7 mm, and from the
anode to the collector, 60 mm. The hole diameters in the cathode, anode, and col lec7
tor were 6, 7, and 8 mm, respectively. An investigation of the characteristics of
the device revealed that the transmission factor of the electrons was 100 percent
through the anode orifice, and 92 percent through the entire ionizer. The divergence
I of the electron beam was small, the beam diameter varying between 6 and 8 mm. A
hydrogen atom beam produced by the dissociation of molecules in glow-discharge and
Card 1/2 UDC: 539.188

ACC NR: AP6031272
focused according to atomic spins in a field of a magnetic quadrupole was introduced
into the ionizer. -1he measured efficiency of ionization was found to be 4.5 x 10-4~.~
at a 90-mamp electron current and a 1400-v potential difference between the cathode
and anode. The mass-spectrometric data on the composition of the focused atomic b~~
showed that it consists of hydrogen atoms, thus confirming the stated efficiency of
ionization, This efficiency is 3 to 5 times higher than the results reported in t4e
Proceedings of the International Symposium on Polarization Phenomepa of Nucleons '
(Birkhaser Verlag. Basel und Stuttgart, 1961). Orig. art. has: 3 figures and 1 for-
mula. jFP]
SUB CODE: 20/ SUBM DATE: lODec65/ ORIG REF: 004/ OTH REF: 0.01/ ATD PRESS: po8o
Card 2/2

ACC SOURCS CODZ: M/0048/66/030/012/2031/2036
A
S-.Ibospits44y,R,.P.; Xnrnaukhov,1.11i'.; Yekhichev,O.I.; Taranov,A.Ya.
OaG; Paysicotochnicnl Institute, Academy of Sciences of the UkrSSR 'Fiziko-
,o!i!-,,aic'hcs'jUy 'nstitut Akademii nauk Ln.;rSSR)
TITLE: A source of polarized ions f"'Oport, Sixteenth annual Conference on Nuclear
Spoctroseopy and 'Nuclear Structure hold at 14oscow, 1G Jan. - 3 Feb. 1961151
SOZT',CE: XN SSSRI., Izvestiya. Seriya fizichoskayn, v. 30, no. 12, 1966, 2031-2036
T.~',PTC WGS: ion source, hydrogen ion, deuterium, ion beam, proton polarization,
,deuteron polarizazioii.-polarized ion beam
;.~.BST:UCT: TIae authors describe a source of polarized ions capable of producing a
:0.33 ~LA beam of polarized deuterons with a polarization tensor componer-t P~, of - 0.274.
source can also be employed to produce a beam of polarized protons. In this
,source the electron spin components in a beam of deuterium atoms are separated in an
A, electron
=homo--eneous -.aunetic f-eld and t'e resulting beam of atoms with ali.-ned
ispirs is ionized by electron impact. Owin.- to the couplin.- between the electron and
nuclear sp--ns in the atom, there results a partially polarized beam of deuterons.
the described device deuterium molecules were admitted through a palladium filter
,to a Pyrex vessel coated on the inside with (CH3)2siCI2 where they we::e d-*;.ssociated
ZY the 150 ",~Hz field produced by a 1.5 kW oscillator. The deuterium atoris issued from
; -1,
.-e dissoc-Latioz vessel through a microcollimator of glass capillaries and traversed
f
Card I

ACC MR: A00017,27
a fiold o' a ma-netic quadrupole wnich focused the component of the bean havJn- the
:electron spins parallel to the direction of motion and defocused the component having
antiparallel electron spins. The polarized atomic beam then traversed the ionizer
~w]aere the atoms were ionized by impact of electrons moving in the same direction as
,~he atomic beam. The polarized deuteron beam was subsequently accelerated to the
;desired enargy. The ionizer was shielded from fringe fields by a soft steel jacket,
azd a uniform axial magnetic field was produced within it by a pair of Helmholtz
,coils. The thernionic cathode and the electron accelerator, focusing, and collector
electrodes o~' the ionizer.had central oponin.-s for passag-e of the atZmic beam. For a
Zore detailed description of an improved version of this ionizer see abstract
AP 7001307. The polarization of the deuteron beam 4was determined by measurin.- the
azgular distribuzion of neutrons from the T(d,rx)He reaction at the 107 keV 3/2"'
resonance. The authors thank A.P..Klyucharev for assistance and support, and
.B.P.Ad"yasevien for providing the microcollimators. Orig. art. has: 6 formulas and
17 f itgures.
SLB CODE: 20 SUBU DATE; None !-.ORIG.REF: 007 OTH REF: 004
2/2

ACC NR. A~ 7-001307
C and the Faraday cage F were at the some potential,
C
.4, AZ 95% of the electrons passed through the first anode,
____j 007o of them passed through the second anode, and
70% of the cathode current was collected in the
Faraday cup. The-currents to the several electrodes
are presented graphically as functiens of the second anode potential, and the curves
bare discussed briefly. The optimum conditions for ionization of an atomic beam were
lalso determined experimentally and are presented graphically. The ionizer was tested
in the polarized ion source described by Yekhichev et al. (loc.cit.) and its ionizing
efficiency was found to be 2 x 10-3 1 which is some five times higher than the efficienc
p:Z an ionizer with a two-electrode electron gun. Orig. art. has: 1 formula and 3 figui
H REF. 002
'SUB CODE: 2 0 /'70 SUBM DATE: 05Mar66 ORIG. REF 003 OTA
7
2/2

F~
-T
FWBLI, TeL.M.; ANKUDINOV. V.A.; SLLBOSPITSXIY, R. Ys.._
Lose of two electrons in single collisions between negative hydrogen
ions and molecules of the gas. Zhur. oksp. i teor. fis. 32 no-3:-453-
462 Mr t57. (MM loril)
1. Fisiko-tekhnicheskiy institUt AN USSR.
(Collisions (Nwlear physics))

A:SK.ALONOT, Sergey Pavlovich; DOBRIYER, Isaak Borisovich; GORDIN, Boris
Llvovich; SLABOSPITSKIY, T.P., red.; LOKEOKATYY, Ye.G., takhred.
(Kicrobiolo.-ical investigation and hygienic inspection of food
products] Kikrobiologicheskoe issledovanie i sanitarnaia
eks-pertiza pishchevykh produktov. Izd.3., ispr. i dop. Kiev,
Gos.med.izd-vo USSR, 1959. 333 p. (KIRA 12:9)
(FOOD--BACTERIOIA)GY)

SLADC7, :3.
11C ondi t; ions avi possibilities In our turbine industry", P. 111. ,
'L
.1 FRO' i- I. -
(TETTPU ~JJSIJ EtTCST . lol. 3, No. 6, 195"+, 3ofiya, Bulgaria)
50; Mlonth],~- List of East Zuropcoan Accessions, (EM), LC, Vol. 4,
No. 6, JLLne 1955, Uncl.

SLi,EOVJ 1:.
Constniction of Frants-is water turbines. p. 20. (F. 21-23 wanting)
Ii
Vol. 4, no. 3, I.z ar. 1~55
TEMNIKI.
Sofiya, Bulgaria
So: Eastern European Accession Vol. 5 No. 4 April 1956

SLIJ")'~ , .3.
Slabov, S. !iew I,owerf--.11 turbine for oi.ir e Ie ctri fi cation. n-53.
V01. ~) no. 10, 1955 T--.ZHKA PIj~);V.TSj!jAr4uST Sofi-va, Bulgaria
1' y Li st 0 1 Eas' European Accessions, (L&U), C, Vol. 5, No. 2
SO: "lonthl -L U L
February, 10-qh-

12(2)
AUTHOR:
TITLE:
PERIODICAL:
ABSTRACT:
Card 1/3
SOV/113-59-7-10/19
Slabov, Ye. P., Pavlova, Z.A.
Increasing the Wear Resistance of Cylinder Sleeves
of YaMZ Engines
Avtomobillnaya promyshlennost', 1959, Nr 71 pp 30 - 31
(USSR)
At the Yaroslavl' Engine Plant, tests with cylinder
sleeves for YaMZ engines were conducted. It was
established that cylinder sleeves should be used for
YaMZ-204 and YaMZ-206 engines, which have perilite
structure prior to the heat treatment with fine or
medium laminar graphite. After heat treatment, their
hardness must be R C = 42+50. The wear resistance of
such liners is about 28% higher. The chemical compo-
sition of the cast iron used for the experimental and
series sleeves had the following composition: 3.2-3.4%
C; 2.2-2.496 Si; 0.6-0.9% Mn; up to 0.3% P; up to

SOV/113-59-7-10/19
Increasing the Wear Resistance of Cylinder Sleeves of YaMZ Engines
0.1% S; 0.25-0,75% Or; 0.25-0.75 Ni; 0.08-0.12% Ti;
0.3-0-5 /6 Cu. Also chrome-silicon sleeves were tested,
having the following composition; 2.0-q..5% C; 0.6-1.2%
Si; 0.6-0.8 h1n; 13-15% Cr; 0.03-0.5%1;and a hardness
of R0 = 30+32. The cylinder sleeves were installed
in engines of the following test trucks: MAZ-200,
MAZ-205, YaAZ-210, YaAZ-214 and bus ZIL-127. One batch
of the sleeves was sulfidized in a tank cont ining the
following compound'. 27% CaCl 2; 13% NaCl; 469/oRCNS;
2% Sb2S3; 2% K4Fe (CN)6 ; and 10% of a sulfurous alloy.
Experiments showed that the wear of sulfidized and un-
sulfidized sleeves is identical. The results of the
Card 213 experiments are compiled in three tables. The experi-

SOV/113-59-7-10/19
Increasing the Wear Resistance of Cylinder Sleeves of 1aMZ Engines
mentus were performed in cooperation with NAMI. There
are 3 tables and 2 Soviet references.
.&SSOCIATION:Yaroslavskiy motornyy zavod (Yaroslavl' Engine Plant)
Card 3/3

SU9~ FIR011.1, C.
A conir-Ontion t~) study ,:)f caemium galvanic deposit. D. 281.
HE'-PALI RGIA ST
. - ;, ! -TTIA DE MASK. (Ministerul Industriel Metalurgice
si Constrictiilor de Masini si Asociatia Stiintifica. a irginer-flor A
Technicienil,or di Romina.) Bucuresti, iumania; Vol. 11, no. 4, Anril, 1959
Sept.
Monthly Liqt of Fast European Accessions (EFAI) LC Vol. 8, no. 9,/1959
Uncl.

SUBJECT: USSR/Schooling 27-8-18/32
AUTHOR: Ran1kov, M., Director oi Trade School 14
Slabunovj_j~,j Deputy Director of 3chooling Section,
Galin, A., Instructor of Special Technology.
TITLE: Life Demands This (Zhiznl etogo trebuyet)
Subtitle; On the t4uestion of Training "ua- and Flectric
Welders (K voprosu o podgotovke elektrogazonvarshchikov)
PERIODICAL: Professionallno - Tekhnicheskoye Obrazovaniye, Aug. 1957,
# 8, p 26-27 (USSR)
ABSTRACT: The authors regret that the proTram issued in 1956 by the
Chief Administration of Labor Reserves for training gas and
electric welders in trade and railroad schools contains a
number of mistakes. The electric and gas welding section of
the Vykea Region Methodical Union (Gor'ki Province Administrat-
ion of Labor Reserves) has come to this conclusion after hav-
ing thoroughly studied the program.
The authors emphasize the difference between welders trained
at the FZO (fabtiihnozavodskoye obucheniye) industrial schools
Card 1/2 for limited training only, and the highly qualified, licensed

YZGORDV, B.P.,
Inzhener; SLABUTSKIY, G.Ya., Inzhener.
Irperience in building cooling towers. Ilek.sta. 25 no.12:
41-42 D 154. (KM 7:12)
(Cooling toweri)

SLABY, A.* RIEDL, 0.; technicka spoluprace: ANTOS, Sl.; LIPSKY, A.
Body weight and body height in old patients in Czechoslovakia.
Sborn.lek.63 no.1:11-17 Ja 161.
1. IV. interni klinika fakalty vaeobecneho lekarstvi University
Karlovy v Praze, -orednoata prof.dr. M.Fucik; II. patologickoana-
tomicky ustav fakulty vaeobeeneho lekarstvi University larlovy v
Praze, prednosta prof.dr. V.Jedlicka.
(BODY WEIGHT in old age)
(BODY WEIGHT in old age)'

FUCIK, M.; KRYSPIN, J.; SLABY, A.
Ghanges in electrical conductivity of the akin in gastrointestinal
diseases with dermal pain projection. Cas.lek.cask 100 no.22:667-670
2 Ja 161.
1. IV. interni, klinika KU v Praze, prednosta prof. dr. M. Fueik,
Laborator plasticke chirurgie CSAV, prednosta, akademik F. Burian.
(GASTROENTEROLOGY phyBiol) (SKIN pbysiol)