SCIENTIFIC ABSTRACT BYCZKOPWSKI, S. - BYDZOVSKY,J.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000307910003-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

SZYMKIEWICZ, Jqrzyp doc. dr inz.;,13YCZKOWSKI, Stanislaw, inz.
Directives for the classification of bridges and new load
standards. Techn drog prace 1:125-138163.

POLXZD
WAWRZYNTIAX, Edward, Dr. pharm. , Chair of Toxicological and
Lo-al Chemistry (Katedra Chemii Tolcsykolo,-,ioznej i Sadowoj)
Medical 'Academy (AlIcadomia '.\Iedyczna) in Gdansk (Director:
Prof. Ur.__&t-Unj-UaM__BYC-ZKO
"New Color Roactions fdr Ergosterol Photoisomors."
Warsaw, Farmacja Polska, Vol 19, No 8, 25 Apr 63,'p 153-
p
.1.54.
Abstract: The author describes two modifications (I and II)
of color roaction methods for vitamin D2, uhich can be used,
to determine calciforol in the pure form or in a mi.-iture
with other photoisomers, as well as a new reagent (III) for
selective color testing for,ergosterol. All have the
advantage of being able to be used on a microanalytical
basis by the drop method. Adaptation for quantitat-- ve
analysis to be published separately. There are ten (10)
references, five (3) each for German and Western sources.

BYCZWAROW, Marin
ography of the industries in Bulgaria* by T. Christc,w. Reviewed
by Marin Byczwarow. Przegl geogr 35 no.2:289-291 163.

BYCZYNSKA 9 B.; USIERM, K.
Ana4sis of the mixture of amannium salts of amino-p imino., nitryl-
sulfonic and sulfuric acid. p. 102't'o
CHEMIA ANALTTYCZNA. (Nmiaja Ana:Lityczma Polskiej Akademii Neuk i Naczelna,
Organizacja Techniczna) Warszawa, Polmid. VOL 3a No. 5/6, 1958.
Nonthly Ust of East European Accessions (REAT) LC, VOL 8., No. 8., August 1959
Uncl.

2 -Irv S K A/ GO fleig oi f-~-

h In
C meUic determ natGi it "ence:
K t , P MI; firlInrAji:
---~Uwadtka, nVIECIR.Weae. U"ansa mist. a it Mlarktil-i
Ir
i Nm-or(iw Polio". llojalld)~ (ACM.
jollows: Shake a 2-6-g. sample with 250 mi. 2% citric nci&
for 30 min. and filter. . Evap. 25 W. of the filtrate to 5 all, ~
add 20 ml. HjS04 (d. 1.81) and about 0.1 g. NH,F, and WI:
'for I min. Neutralize (be soln. with NIT, in presence of,
inethyl oratige, add 25 mi. NIIA c1tratc and 13 ml. of a hig,
ntixt. Filter. the NHXgPO4, dissolve it lit a small Unit.:
'of dil. IICI. neutralize the solit. with Nill (2 drops of inethyl
orange), add 20 ml. 0.1 A[ di-Na vermnate, 6 mi. of buffer
(67.5 g. N114CI and 570 mi. couLd. NI-1, dissolved in I I.
of water) and titrate to a red color with O.lAf hig (11.2-13 g.~
Mg dissolved in ii,small atilt. of %lit. IICI (1: 1), and dild."
Willi water to 11.) in presence of Briochrome Illack as an,
intlicatfir. Z. Kurtyka

BYCZYNSKA, B.; ZAWADZKA, H.; IASIEWICZ. K.
Complexometric determination. of zinc in pyrites, marcasites, and their ashes. p.1045.
CHAMIA ANALITYCZNA. (Komisja Analityezea Polskiej Akademii Nauk i Nacze1na
Organicacda Techniczna) Warszawa, Poland. Vol. 3, No. 5/6, 1958
Monthly list of East European Accessions (BRAI) LC, Vol. 8, August 1959
Uncl.

NRs
SOURCE CODE:-
AUTHOR: Kolaczkowaki, S.; Byczyns!!~,. H.
ORG: ReseL.ch Facility, Institute of Communal Economy, Poznan, Poland
TITLE: Oxidation of iron (II) hydrogen carbonate solutions by means of atmospheric
oxygen
SOURCE: Zeitschrift fur anorganische und allgemeine Chemiie,, ve 342,, no. 1-2,
1966, 103-1(Y7
TOPIC TAGS: hydrolysis, oxidation, iron compound
ABSTRACT: Due to hydrolysis reactions,, an aqueous solution of Fe(HC03)2 is easily
oxidized to ye3.low4K-FeOOH by atmospheric oxygen. In the presence of an appropriate
amount of CG2, however,, the Fe++ ions are stable against atmospheric oxygen. These
observations were made with solutions having, in both cases, a pH of about 6. The
authors thank Prof., Doctor A. Krause, Poznan for his interest. Orig. art. has:
1 figure and 2 tables. (Based on authoret Mg. abstract) (JPRS1
SUB CODE: 07 SUBM DATE: ORApr65 ORIG REF: 002
COM

BYCZYNSU. Maria.
Psychological problems in the rehabilitatign following tTinal frac-
tures with paralysis. Chir. narz. ruchu. 24 no.l:----- 1959.
1. Z Kliniki Ortopedycznej A.M. w Poznaniu Kierownik: prof. dr W. Dega
Poznan. ul Dzierzynskiego 135. KlinikEL Ortoi-)edczna A.M.
(SPIa. fract.
with paralysis, paychol. aspects of rehabil. (Pol))
(PAR&LYSIS, etiol. & pathogen.
spinal fract., pBychol. aspects of rehabil. (Pol))

WOZNY, Wojeiech; BICZYNSKA. Maria; KIIANOWUA. Kazimiera
Rehabilitation therapy of orthopedic patients in old age* Chir.
nars.imchu ortop.polskm 24 no.6:495-498 959.
1. Z Kliniki OrtopedyezzLej A.M. v Poznaniu. Kierownik: prof.dr
W. Deg&.
(GUUTRICS)
(MR(PnICS)
(RIM ILITATION)

ZEBROWSKI, Leon; XAJEWSKA, 11alina; 13YCZYNSKI, Zbignicv
Investigations on the variability of the puthogeni city of
Newcastle Disease Virus (IMY). Acta microbiol. Fol 13
no.3:205-210 164.
1. From the Laboratory of General Virology, Inatitute nf
Vaterinery Posnarch, Pulawye

00 A
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levy
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24 M
1447
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,
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.
,
C
rAke confrohn OAlls!", of 14(sirlis.-Ind prostrits,
err. 44 high 1". value. Stolur it( the rintollurril otitiort
'A

l
e Itern extenshvW experimented with in animal feeding with
l rather Isivartiverlushvit, mulix. Ite palmy, totirity
domily. aed conduriventitt fit produce pitilsomotphrilisgicil
a rhantirst in The Hnhm of the I"Ifful orpran4apprar 10 vary
00 4 7-~; '
'
,

4r 1
1-; .

i l- i-it-%,
the I-nik
visit.titurnt of rotuwtsveil "ke.
I
m1aptstrion of eattsiessred take to human mitrition 6 di-

j Vir,sl4l. Five arlealists volurstectisl Its le.1 five matri-
'E l titsiml and lAysiol. Offerto (A e(III(Mitel-41 Otte. pirit agevt
091 ranged from 36 to MI yearo, Throughout the duratitin of
lhrexpl. ftsNpurnt ClInIcAl an-I t+Irbrul. tests 44 lact-l'
000 Urine, fem and digestive Juices were "U"Ir. C'"t."r,evit
00-3 cake was used in My (am of bread (mixt. of MIT cotton -
%ired cake Boar vrkh 90% of rye floor). 'Mrstailvetvis%ump.
tion of mK-h bread was 4M g, per each individual. The
free gootypol content of the cottonseed cake was OJW% and
live I1K%JrId I-V14%. N if* 1*0241 With 144111111f. O(MMIJI -
r"I Vallit 11,11419 Flee 1111ittypill COUIVIII INAt 2.111-36 41111
I.-und 117.3 mg. '7r at dry Wright. Hence the atally cstwl-
id
sunsttion by each indiv
ual Constituted about it Ms. of
free govotypol and M mg. of bound flovisypol. 77ir
theme] isomain of the tweed Inactivates the tostic
Nstestry of hound cowityrol by combinhK with static of the
01"I"a aci.1%. thft baking delovilcutes, the bread. At the
I of one year of experimentation. no III effmis of any

t; kind had been found In any a# thernen. Threlinicsland

Not. trAts did not show any abnormAlifin. fit xt It Wirt
.Mll I i-'.! coatchoded that rvassumptiort of ciAlonterd cake in small
atutti. 14 nonloosir list, humans. No Ilrnl Nih(q.-
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P/042/6-0/000/011/002/003
A076/AC,26
AUTHOR: Bydalek, Andrzej:. Master of Engineering
TITLE: Refining Light Alloys by Filtering
PERIODICAL: PrzeglqLd Odlewnictwa, 1960, No. 11, PP. 317 - 320
TEXT: The article describes in general aluminum and aliuninum alloys re-
fining tests made by the Katedra Odlewnictwa (Foundry Department) of the Wroclaw
Polytechnic. The mechanical aluminum filtering device used consisted of: a refin-
ing chamber, an oil filter, a vacuum gauge and an oil vacuum puml,,' Through the
application of mechanical filtering with underpressure in an overflow ladle a de-
gassing and partial removal of stable non-metallic inclusions was obtained. It was
expressed by Increased strength properties and decreased porosity of the investi-
gated alloys, i.e. Al 10, containing 99.5% of Al and heated to 7fVC. Further, an
increase in the refining effect was obtained by filtering in d-c electric field.
There are 8 figures, 2 tables and 5 references; 4 Soviet and 1 German.
SUBMITTED: June 27, 1960
Gard 1/1

BYDAIRK, Andrzej,, dr.v inse
Contribution to studies on filling the mould with metal.
Przegl odlew 11 no.10.-294-298 161.

BYDAIZK, AndrzejL_or inze
Possibilities'-of utiligiing the mold fl.4iag ability
tests in the, computation of the Ilatitg"Isistem. Przei:7,1
Odlev 12 no.8/9:255-266 Ag-S 1,621. 1.:

TPQ 0" N. A-%.
/~24
-k
W04
Saisil. 29, SW7(14,1 n me.. 0~
addns. tof gray cam Iran on its corrosion behavior -
In' a ru ng tap water (pH 8.0) was Investigated ` Ile
rempnIthe basic material was. C 3.72, Si 1.74, hf~ 0.54,
P phi, 5 04M,, Addns. of At, Cr, Ni, and Cu were sup-
posed to &t& snore uniform and tight matrix structum,
to tonn SAJ Sew. Is. with a high electrod
tial, awl to give an alr= to lorm tenacims stud
oteorrodon pftducts. - Two series of tests were rurt.
differefst compus.. *L loss after 21 days of corrosion
Azi. CYOWAs A iough -vvhkh ~76 ca./mW of tap water it I
Prover -Wdug,~
--exclawmeasurttat ts
For these last tests cylindrical amples'were used cemented
~vrfth*& purified beeswax tothctuds of an '%--shaped glass:
tubestbroughwbicli Cu wireconaections pissed. Fivetypes,
ad In,
of allay istigated: - (A) Cr. N1, and Cu;!
(B) Ah C) ITZ-h. lower C contenti but a higher one
_01 SI; ~ (D A), Cr. wW Cu; (EY At and Cu. Alloys of type
-do not rcprmnt any improvement over the original cast
A
- Wm bemuse d tbt presence (A free cementite In the suuc-,.
ton. - Addu of 5.4% At douNes the mrosion resistance,
~W the cut Imn: 45 mg./sq. cm'. wt. loss compared with 90
..,ms./sq. cm. bemuse of formation of anadherent corrosion
products layer an the.vArface. Alt%soft3,pcC.AI5.I2,S1.
8.65, C 2.03% give the best itesu is, 3D mg./sq. cm. wt.
loss, through an addrd. decreasii of free graphite inclusioU3.
An allDy D At 2.12. Cr 0.62, Cia 0.56% tuts a corrosion re-
jistanceshnikr to Cant! the beit potential curve indicating
ass Increase of passivity with tWe. Alloys cf type 5 Indi-
cate the prexmm of terrille attucture with coarse graphite
Inch:sIons which is deleterious Icir corrosion resLAuce.
Henry IVU21=fidel

BYIDI'ITT, 1'.
Chemical hardening ef molds.
p. 102 (Rechani-ka. No. 2, 1956. 'Wroclaw, Poland)
Monthly Index of East FAiroDean Accessions (EEAI) LG. Vol. 7, no. 2,
February 1958

MDALFK., A.: CUTIRIM, H.; STOLAILSKI, M.
Hardening of molds and cores woth carbom dioxide. p. 161.
(PR',~VTGLAD ODLIMINIIIII14A. Vol. 7., No. 6, June, 1957, Krakow, Poland.)
SO: Monthl.,i LT-*.st of hast European Accessions (FIAL) I.c. Vol. 6, No. 10, October 1957. "Incl.
0

BYDALEK-J,,-.Andrzej, adiunkt
Determination of the gas content in ight alloys based on density
measurements. Machanika Wroclaw no.9:43-58 163.
1. Department of'Foimdry P.-actice of tJie Technical Univc-rslty,
Wroclaw.

BYAOTSU, 14.
In the health campaign for cotton Uowere of the "Pa)dita-Aral".
Zdrav.Kazaldi. 17 no.10/ii.-63-64 '57- (MIR& 12:6)
1. Zav. Illichevskim rayzdravotdelom Yuzhno-Kazaldistanskov
oblaBti.
(IL'ICH DISTRICT (KkZAKHSTAN)--PUBLIC HEALTH)

Z/656/62/OISI/002/003
/03-4
1037/1242
T
AM MR: Bydatek, A.
TITLE:. Filtration of liGht alloys in industrial applications
P31110DICAL-i Pr'ehlcd toclmickS a hospodArsW Literatury,.
Hutnictvi a strojfr6nstvi, v,19, no.'2, 1962,
89, abstract liS62-1130 (Przej;l. Odlew., v.11..
no.6, 1961, 184-187)
--ht industrial bet-up for filtration of
TZM: Description of 41,
*light aluminum alloys in a direct current eledtrical 'f ield. A suit-
able method for removal of non m.etallic*admixtures from liquid metal
The res,.:lts of the research are verified by-technological tests of
;;porosity, stability and.contractability. 5-,photos, 1 drawing, 2 tables,
,;.4 ref trances.
'[Abstracter' s'note': Com-,.,lz:,L. L'. trcuislat ionT
Card 1/1

L 3111-1-66 EVJT (m'J/EP F (n 2/T/EWP ( Q/EWP (b) //EWA (C IJP(c)
ACC NR- AP6001237 SOURCE CODE- IJR/0363/65/00 1/0 f2/2205/2207
AUTHOR: Kornflov, 1. 1. ; Allsova, S. P. ; 2j~!!er
B.
ORG: Institute of Metallurgy im. A. A. Baykov (Institut metallurgii)
TITLE: Diagram of the phase e~Mfbbrluni of the Internictallic system M)Cr, - ZrCr.
SOURCE: AN SSSR. Izvestlya. Neorganichesidye materialy, v. If no. 1 965, 2205-2207
TOPIC TAGS: niobium compound, chromium compound, zirconium compound, solid solution,
intermetallic compound, phase equilibrium, pliose dingrrim, thermal analysis
ABsT11ACT: The study involved a seetion of the ternary sysieni Bn-Zr-(,r between the Inter-
metallic compounds NrbCr2 and ZrCr,, which are A%-type Laves phases having a polymor-
phous transition. High-temperature thermal analysis with N. A. Nedumov's apparatus, and
x-ray phase and microsbmctural analyses x%vre employed. The phase diagram, obtained was
characteristic of a system with a continuous series of solid solutions. A comparison of
N`bCr and ZrCr2 showed the same lattice type and only slight differences In lattice constants;
in addition. the atomic similarity of the elements and the closeness of the stoichiometric
composition led to the conclusion that a continuous series of solid solutions is formed between
both the low-temperature and high-temperature, modifications of these compounds. Orig. art.
has: 4 figtwes and 1 table.
SUB CODE: 11, 07 / SUBM DATE: 28MRy65 / 01UG REF: 006 / OTH REF: 001
'I
UDQ 50.74176+546.831'76
- __T

Byn?-T-qKX,, Jaroslav,,, inz,
Time relay In automatic controls. Elektrotechnik 18 no.7:209.
211 il t63.
1. Zavody prumyslove automatizacep nopop Trutnovo

BYDEROVSKIY, S.I., lnzh.
Interaction of
of rock hoists.
163.
the operation of~.the KS-2u rock
Izv.vys.ivcheb.z&v.;g r.zhur.
1
loader w1th that
6 no.1l127-32
(MIRA 17s4)
1
1. TSentraltnyy nauchno-iasledovatel'skiy i proyektno-~*onstr*torskiy
institut podzemnogo i shakhtnogo stroitel'stva.

ZHADAYLT, V.G.; BYDEROVSKIT, S.I.
The KS-lm combined equipment for sinking mine shafts. -Diul. tekb.
ekon. inform. no-9:3-6 '59o (MIRA 13:3)
(Shaft sinking)

BYDLPROVSKIY, S.I., inzh.; GLADUN, I.N., inzh.; SHAVKUN. B.I.; LEYCHIK, V.M.
Record-speed shaft sinking at the Vaal Reef mine. Shakht.stroi.
4 no.2:30-32 IP 160. (MM-A 130)
(South Africa, Union of --Shaft sinking)

I __m
GLLDUN. I.N., insh.;, BYDMVSXIY,, S.I., insh.; MARTITANOVA, M:.I.
Record-breaking shaft siuking at a rate of 305.3 m. per mouth in
South Afriou. Shakht. strol. 4 no.4-.28-30 Ap 160. 1"91a 1-3:11)
(South Africa, Union of--Shaft sinking)

m
BYEEROVSKIY, S.I., inzh.; KOLINA, M.G.
Shaft sinking record at the Buffelsfontein Mine (Republb; of
South Africa (frm *Mining Journal.," Nos. 6607 and 66C)8, 1962
and wThe South African Mining and Engineering .Tournal," no. 3609,,
1962). Shakht. strot. 6 no.7:27-28 J1 162. (MIRA 15:7)
(South Africaq Republic of-Shaft sinking)

BYMROVSKIYP S.L., inzh.; ROLINA.. M.G.
Sir.king a shaft 2267.3
Mining and Enjinet-ring
no.5:29-30 My 162.
(South Africa,
rL."deep in 14.5-monthe (from
Journal#" no. 3594, 1961).
Union of-Shaft siplkirg)
"The South African
Shant. stroie 6
(MIU. 15:7)

GORBACHEVA, A.I.; BYDEROVSKIY, S.I.; SHkPOVAIDV, O.G.
1--l'.." ..... 11.11......'~--~4~
.Using the KS-2m shaft-sinking unit under conditions found in
the Krivoy Rog Basin. Trudy TSNIlPodzemahakhtstroia no.It
38-51 162, (HI-RA 16:8)
-1
(Krivoy Rog Basin-Shaft sinking-Equipment and supplies)

BYDEROVSKIY, S.I.
Rapid shaft-sink!.ig unit, made by the Donets Economic Council,,
for use at Mine No* 29. Trudy T8NIIPodzemsh&khstroia:w.1z
51-62 162. (IGRA 16:8)
(Donets Bai-in-Shaft sinking-Equipment and supplies)

BYMEROVSKIY, S.I., inzh.,- STUPELI, R.O., inzh.
New mining grader. Shakht. stroi. 7 no.7:31-32 JI '63.
(MIRA 16:10)
1. TSentrallnyy nauchno-issledovatellskiy i proyektno,-konstruktorskiy
institut podzemnogo i shakhtnogo stroitellstva.

BYDEROVSKIY S...I.s inzh.; STUPELI, R.O.., inzh.
Lai-go load hoisting buakets. Shakht.stroi. 8 no.3:16-17 Mr 164-
(MIRA 17:3)
1. TSentralInyy nauchno-issledovatel'skiy i proyektno-konstruktor-
skiy institut podzemnogo i shakhtnogo stroitel'stva.

ZASLAVSKIY, Yuz,, kand. tekhn. nauk (Donetsk); KOCHETOV, V.V.,. kand.
tekdin. nauk; BYDZ~Q~I~,,-S,.J., inzh.; PULIMAN, V.M., inzh.;
KAZAKEVICH, E.V., inzh.; MkKKMCHUK, A.A., inzh.
Create a Soviet firm for vertical shaft sinking. Gorp
zhur. no.9:5-8 S 164. (K:RA 17sl2)
1. TSentrallnyy nauchno-isaledovatellskiy i proyektno-..
konstruktorsk.iy institut podzemnogo i shakhtnogo stroitell-
&,tva, Moskva (for Kochetov, Byderovskiy). 2. Krivorozhskiy
filial Vsesoyuznogo nauchno-iseledovatellskiy institut.
organizatsii i mekhanizatsii shakhtnogo stroitel'stva (for
Pullman, Kazakevich., Maksimchuk).

BYDFROVSKIY.9 S.I.; KOBYZIX, S.S.
Co=arative testing of shaft sinking clamshellB. Trudy-
TSWIIPodze,ushakhatrola no.20-13 163. (MIRA 17--5)

BYDEROVSKIY, S.I.; STUPELI, R.O.
The BPS-5.5 unit. Trudy TSNIIPodzemshakhtstroia no.3:12--22 164.
(MIRA

BYDEISKY, Jaros18, w inz,
I- v-
Automatic device for gradual connection. Elektrotechnik 18 no.7:
214,215 J1 163.
1. Zavody prumyslovo automatizace, n.p.., Trutnov.

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JO: Lotopis' `-.htLrnal'nyldi Jtato-y, !.--o. 20, POSIml, 194(')

MIN, F. I. FA 37/49T88
U~MfilydroloIgy Ifeb 49
lee Formation
'Wrecks Caused by Ice-Flaw," F. I. Bydin, 2 pp
"Prir6da" Ho 2
Describes damage done by ice jam at Niagara Falls in
1938, vith map, and three photographs.
37A9T88

BYDIN, F. I. RK 48/49T49
USM/Hydrograjhy Jkr/Ajr 40
Water Resources
!'Water Resources of the USSR, Their Study and
..Titilization," F. 1. BydIn' 3/4 p
"1z v-s Geograf Obsbch" Vol IXMI No 2
Owmmarlizea Bydin's views as set forth in two
recent papers, on organization of study of
'USSR vater resources. As a result of his effortsy
.,a special comission has been tcrmed within
the All-Union-Geog-Soo.
-48/49T49

Neth~&~of coMating the rainfall vater intake of a lake and Its
levels. Trudy Lab.ozeroved. 1:130-150 150. (PTA A 7: 7)
(Rain and rainfall) (Lakes)

1. BYDIN, F. 1.
2. USSR (6oo)
4* Hydroelectric Power Stations
7* "lee diffidultios of hydroelectric power stations." D. V. Bibikov,
N. N. Petrunicheve Gidro3troi* 21 no. 10 1952
9. Monthly List of Russian Accessions, Library of Congress, February -1953. Unclassified.

BYDIN, Fedor Ignatlyevich
(Laborator7 of Lake Studies Uad Sci USSR) Academic degree of Doctor
of Technicals Sciences, based on his defense, 26 October 1953. in the
Council of the Moscow Inst of Water Economy Engineers Imen! Villyams,
of his dissertatic-n entitled: "The transf-drmation of the quan'Uties
of atmospheric precipitations into hydrological characteristic:5.0
Academic degree and/or title: Doctor of Sciences
SO: Decisions of VAK, List no. 222, 32 Nov 55, Eyaleten' NVO
SSSR, No. 19, Oct 56, moscow,, pp. 13-24, Uncl. JPPSINY-53(:;.

BTDIN, Y. I.
gaxiwm natural inflow of water per second into ' lakes, reservcirs
or at individual water gouge poiuts. Trudy Isb.ozeroved. 2:141-153
(KLRA 7*9)
(Wdrograpby)

BYDIN, F. I.
.WSWWWMWffAWMWM^jk
Inflow of rainfall into Pozid.s and its loose Trudy laboozerolired,
3:118-126 154. (min B.. ":,!)
(Ponds) (Rain and rainfall)

BYDIN, F. 1.
- - - - - -000"Aftft
Methods of analyzing water resources In their relation to Ovio-5pheric
precipitation*. Geog.sbor. no.6:5-80 154. (MMA 8:5)
(Hydrology) (Precipitation (Meteorology))

BYDII, P. 1.
%up-, i
Affect of water inflow modifications on vL,,s level of lakesile:Geog.
abor. no.6:142-152 154s RL 8:5)
(Lakes) (Hydrology)

OY

41&

1;6
lilac
Wool 9
w0 a
me .4 -
2 1 A
r
"201 1 Wis. 0

BYDIN. T.I.
Expansion of the calculation basis of the flowoff of rivers. Tkao
Lab. ozeroved. 5:276-283 '57. (Km 10:9)
(Runoff)

* BYDIN9 F.I, 9 otve redo
[Water-power resources of the Kola Peninsula] Vodnoenergeticheskie
resurgy Kollskogo poluostrova. Moskva, Akad. mauk 1958. Volol.[Vostoch-
naya Litsa River and M3ar:Lovka River] Reki Vostocbnaia Lits i Kharlovkao
Vol.2. [Pony River] Reka Ponoi. (MIRA 34:7)
1. Akademiya mauk SSSR. Nollskiy filialt Kirovsk.
(Kola Peninsula-Rivers)

IrrDIN, P. I.
Studying the influx of water in lake Onega. Irv. Kar. i Koll.
fil. AN SSSR no.2:170-172 158. (MIM 11:9)
I,Otdel g1drologli I vodnogo khospystva.U'rel'skogo filiala. AN SSSR.
(Onegs, lake-Hydrology)

. BYDIX.,I~F.I..-
Uncorrected errors In the calculation of water runoff moduli.
lzv.Kar. .1 Kol'.fIl.AN SSSR no-3:57-58 ' 58. (MIRA 11:12)
1. Otdel gidrologit Karellskogo filiala AN SSSR.
(Runoff)

BV-DIN, F.I.
Irregularities in atmospberic precipitation In Karelia. lzv.Kar.
i Koll.M.AW SSSR no.4:172-174 '58- (MIRA 12:5)
1. Otdol gidrologii Xurellskago filiala AF SSSR.
(Karelia-Precipitation (getw rology))

30,T) r'-!; !'jN
Vaesoyu--nY7 gidrologichecklY o"yed, 3-rd, Larongred, 1957-
Trudv...t. 1111 3ei,-zjjya Cidrcritik-1 (Transactions Of the 3rd
Union Hydrological Convenllon. v. 3: FydrophYmics See-lon)
Leningrad, OIdrc=eteojzdzt, 1959. 470 P. Irrat& III p insor'tsd,
2.000 copies printed.
Sponsoring ag*ncyt Olarnoye upravlonlye g1drometeorologichookoY
sluthby pri Soveto Minstrow SSSR.
Romp. 9d.: V.A. Uryvayov; Id.z V.3. Protopopovj Tech. Xd.t M.X.
Braynina.
PURPOSEs This work 'is intended for notoorologists, hydrologimts. and
hydrophysicittep particularly those engaged In the study or moor
and ice and evaporation processes.
COVERA01i This book contains papers an hydrophysics Which were pre-
sented and discussed at the Third All-ftion XydrologIc9l Conrit"elco
in Leningrad, October 195T. The Conference published 10 volummes
on various aspects of hydrology of which this is .iier 3~
editorial board In charge of the series Includet V.A. Uryvayov
(Chairman), O.A. AlOkIn, Ye.V. BlIsnyak (der-seed), O.W. Dorsuk.
N.A. Vollkanow, L.K. Dav7dov, A.P. Donanitplay, G.P. Kalinin, S.M.
Kritakiy, B.I. Kudelin, L.P. ftnola' M.P. Kenkol" D.P. Orlow.
1. V. Popovt A.K. Prookuryakov, D.L Sakolovskl7, O.A. Spengler.
A.I. Chabotarev, and S.K. Chorkavs;ly. Ths volum to divided in-
to 2 sectionsi the first contains reports from the subsection
for the study of evaporation processes, and the second contains
reports from the @now and Ice subsection. Reference$ accoW#Ay
each article.
_34- T-9. [Candidste of PhWainal-ema
F='Min, _i.P. Study of the Snow Melting Process Under the Con-
d1tions or Intersected and Wooded Area 222
42tng1tr~A-A- [Candidate of Geographical sciences, oar lanin-
gr&al Certain Characteristics Of the Snow Cover Distribution in
Northern Kazaichstan 231

[Junior Scientific Worker] Special Features In tha
Orishin
__
E uti.. n a in
Din R ution or the Snow Cover in Do RIv r Sam
.-1_______ -
,
- . - .. r
(d ceased) [Candidate of 000gr0blCal 9clences,
JiNg
:
.
B
sic Postunia or Snow cover in turpow US=
(According to the Data or the Snow Survey)
241
Plakids, X E tDocent, C'Lndldoto' of Teehnical Scienceml pro
--
-
)&T;
VIN
r 8 In the Study Or the Ice R*91M of Water Reservoir*
in Relation to the Construction Of RYdraulic EnginserIng Harbor
Installations i~43

-
b d n,
I
iDoctor of Technical acitnceop Laboratory of Limo.
dAT
.
-logy n, n d] DeY*Iopnont of Certain Probless in the 71olds
gr
,
or Ice Conditions In Bodies or Water 246
Bul&tOtj.X. (Junior Scientific Worker, TsIP Hoacm) The iffoot
i
i
-
-ar-w
fer Conditions In Winter
i
on the Ice Regimen and the Ice __
1
.
Break-up of Rivers S 2L3
Shuly&kQyokly, L-O. (CundidigtO Of Tochm- al Sclon.c.a. ?$1F no@ s
- om
'0..1 COmi5titirC6 thi
Appiegrance Of Ice on River@ With Natural
Flow Conditions And On Rivers With Regulated Djftft&2j.
ShulYakovskly, L.Q. Comeputing the Onset of River Proose-up
Without Obod"StIon Data for past years 266
C" a/ 14

BTDIN, F. I.
Atmospheric precipitation, ruhoff, and evaporation In the
Wola Feninsula. Im Kar. I KD11. fil. All SSSR no.1:75-77
'59. (MRA 12:9)
1.0tael gidrolonit. i g1droenergetiki. Kollakogo filiala AN SSSR.
(Kola Peninsula-Hydrology)

mix, F. 1.
Precipitation - runoff problem In small drainage basins. Trudy Kazan.
fil. AN SSSR. Ser. energ. I Yod. khoz. no.4;104-111 159.
(MIRA 13:8)
1. Laboratoriya oserovedeniya AN SSSR.
I
(I&,iog%,r*giow--Runoff)

BERG, Vadim Andreyevioh; BYDIN F I otv. red.; SHATILINA, M.N.0
red.; BRAYN U. __ red.
INA, VT., ei-fi'n
(Principles of hydraulic engineering] Osnovy gidrotekhniki.
Leningrad, Gidrometeoizdat, 1963. 1+72 p. (MIRA 160)
(Hydraulic engineering)

IWKOV, Fetr Ivanovich; BYDIN, F.I., doktor tekhn. nauk, otv. red.
[Potential hydroelectric p'o'w"'er resources of river basins]
PotentsialInye gidroenergeticheskie resursy rechnykh bas-
veinov. Moskvaj Hauka, 1964. 112 P. (141RA 17:9)

_.~MN " ~! ~
Hungarian studies on problems of ice research. Trudy Transp.-
energ. inst. Sib. otd. AN SSSR no.15:140-142 164.
(,,.IIR-k !8: 6)

BTDIN, L.N., inzhener.
vf~,-,,MUWAOW
Ice roads across the Volga at the Stalingrad Hydroelectric Power
Station. Gidr.stroi. 25 no.11:11-15 D '56a (MIRA 10:1)
(Stalingrad Hydroelectric Power Station) (Roads, Ice)

AUTHORS: Bydin, L. N., Nikolayev, 3, 3. 50-58-5-12/2o
TITLEs t~r'ience Organizing Mrometeorological Services During the
i 1Z
Construction of theSr-ai Power Plant (Opyt orga-
~j
nizatsii gidrometeorologicheskogo obsluzhivaniya stroitel'stva
Stalingradskoy gidroelektrostantsii)
PERIODICAL& liateorologiya i Gidrologiya, 1958, Nr 5, PP 48-50 (USSR)
ABSTRACT: Seven years passed since the beginning of construction of the
largest power plant on the Volga. At the outskirts of the now
town Volzhskiy, at the high Akhtuba bank, the buildings of the
Stalingrad Hydrometeorological Observatory (gidrometeoro-
logicheakaya observatoriya) i~ise. The meteorologists and hy-
drologists came here since the beginning of construction. Du-
ring the time of organization of the building their work was
restricted to simple information as on the current weather and
water level, forecasts for the next day and long-term forecasts
of the TsIP(Tsentralonyy institut prognozov). In the course of
time the superintendents of construction made higher demands.
Not only an extension of information, but above all a more con-
crete and specialized information were xequired, A specialized
Card 1/3 Hydro-Meteo-Burettu (Gidrometeobyuro) of IV-th degree and a me-

Experience Organizing Hydrometeorr.)logical Services Diring the -58-5-12/2o
Construction of the Stalingrad Pfdroclectric Power Plant
teorological station of type lo were established there. Now
the superintendent of construction received information on the
local weather. Warnings were in a centralized way passed along
to all sections. This found its expression in daily oonsultat-
ions. The work was made still more concrete when a planning of
the construction work in view of the possible dangera was
intorduced. The experts of the above-mentioned bureau "Stalin-
gradgidrostroy" were in direct personal contact with all stages
of the construction personnel, visited the construction sites
and determined the influence of the individual hydrometeoro-
logical factors upon the performance of one or the other work.
Special working regimes in the open were introduced when in-
dividual meteorological conditions occurred. Thus a great ex-
perience for the-oare could be won in the course of the first
1 1/2 years. Since 1954 when the construction of the power
plant entered the stage of concreting works and the erection of
the main buildings of the hydroelectric- center the Hydro-
]VIeteo-Bureau was reorganized and raised to the III-rd degree.
in spring and fall its experts made flights for reconnoitering
the ice situation up to Astrakhan' and Saratov, The hydrologists
helped much in the construction and operation of roada across .
Card 2/3 the ice of the Volga. After consultations with the hydrologists

Experience Organizing Hydrometeorological Services During the 5o-58-5-12/20
-Construction of the Stalingmd gydroelectric Fawer Plant
& conveyer belt (1500 m in length) was laid across the ice
Which considerably accelerated the transport of bVilding me-
teri&ls. The belt was dismounted only 2 hours before the
breaking of the ice. Ad outlook and conclusions are given.
1. Construction-Meteorological factors 2. Scientific personnel
-Performance 3. Hydrology
Card 3/3

13YDIN, n. P.
BYDrNp M F. - "Destructloh of Nigative Ions of Halogens on Collision with Atoms of
Inert Gases and Hydrogen Molecules.0 f(Disgartations for DeFees In Science and
Engineering Defended at USSR Higher Eductional Institutions Leningrad Physico-
technologicpl Inst of the Acad Sci USSRV Ivningrad, 1955.
SO* Knizhpava LetoLis' Ito. 31, 30 July 1955.
*For the Degree of C.ndidate in Physicomathematical Sciences.

6UBJEbT USSR / PHYSICS CARD 1 / 2 PA - 1887
AUTHOR IM)IN-At-a-1 DUKELISKIJ,V.14.
TITLE TWe -Stripping Off of an Electron from the Negative Ions of the
Halides on the Occasion of Collisions with Noble Gas Atoms and
Pdrogen Molecules.
PERIODICAL flu"rn.eksp.i teor.fis,)I,faso-4, 569-577 (1956)
Issued:, 1 / 1957
The present work measures the cross section of the stripping off of an electron
from 3~ , 01-0 Br- and J_ ions on the occasion of collisions-with_H9,Ne+Kr end
Is atoms at ion energies of from 200 to 2000 eV. For the 01 , Br and J ions
cross sections were measured also on the occasion of collisions with H 2 mole-
cules.
Experimental order: These processes of separation were investigated by means
of the registration of the slow electrons which occur in a chamber which is
filled with the corresponding gas, when passing through the bundle of negative
ions. As a source of the negative halide ions a gas discharge with glow-oathode
in the vapors of one of the following salts was used: KF, NaCl, NaBr, NaJ. The
homogeneous bundle of halide ions was separated by means of a mass monoohroma-
tor and fell into the collision chamber after additional collimation.
By these measurements it is intended to determine the initial data from which
the total cross section for this stripping-off process can be determined. For
this purpose the stripped electrons were collected by applying a weak electric
field between the electrodes.

V
.Zurn.eksp.i teor.fis,31,faso-4, 569-577 (1956) CARD 2 / 2 Pk - 1887
Measuring results are well reproducible and are illustrated in form of dia-
grams (ordinate: total cross section Q of the stripping process, abscissa:
kinetic energy T of the ions). In the case of Br-ions the threshold for the
stripping process could be attained for He and H 2' Furthermore, the existence
of a threshold for the stripping off of J_ ions in He and H 2 could be con-
firmed. The curves Q(T) approach the threshold with a curvature that is direc-
ted towards the coordinate axis. The excess electron can be stripped off only
by the kinetic energy W of the relative motion of both particles. The threshold
of this stripping off must be about W = 3 (S - binding energy of the surplus
electron in the negative ions). The thresholds found here are higher than
those which were determined from the laws of conservation of energy and momen-
tum. In the case of other ion atom pairs the authors were not able to attain
the threshold value, because these thresholds must lie within the domain of
low ion energies. In the case of different ion-atom pairs the curves Q(T) and
Q(W) take different courses. According to the data established here there is
a correlation between the limiting value of the stripping cross section which
corresponds to the threshold and the nuscear charge numbers of the ions and
atoms concerned. For a given ion as e.g. C1-, % increases on the occasion of
transition from He to Ne and further to A, Xr. and le. In conclusion there
follows a theoretical discussion of the above results.
INSTITUTION: Leningrad Physical-Technical Institute of the Academy of Science
in the USSR

asc
un--dwis of small erne!mt~
1A
%-41 V" artmpt t.
TIC
Tt
cm A
hu~Uiltk.
'11--t
Co.

AUTHQRS: Bydin, Yu. F., Blakhteyev, A. M. 20-119-6-21/56
TITLE: Ionization of Fast Neutral Potassium Atoms on
Collision with Argon Atoms and With Molecules of
Hydrogen, Nitrogen and Oxygem (Ionizatsiya bystrykh
neytrallnykh atomov kaliya pri stolknoveniyakh s
atomami argona, i molekulami vodoroda, azota i
kisloroda)
PERIODICALi Doklady Akademii hiuk SSSR, 19581 Vol- 119, Nr 6,
ppe 1131-1133 (US6R)
ABSTHAM The potassium atoms mentioned in the title possess
energies of from 100 to 2000 eV. The ionization potentials
of the employed'gases are considerably higher than the
ionization potential of potassium. Therefore the ionization
of.'the potassium atoms according to the scheme
f + A-4 r + e + A is probably predominant. The observation
of the effect s conducted by the recording of the fast
positive ions F. The scheme of the experimental device
Card. 1/3 is visualized by a figure. The beam.of positive potassium

Ionization of Fast Neutxal Potassium Atoms o,.r 20-119-6-21/56
Collision With Argon Atoms and With Molecules of
,Hydrogen, Nitrogen and Ocygen.
ions issuing from a thermionic source is focussed by a
system of electrodes and then collAmated by two slits.
The following gases were used for a filling of the chamber
in order to obtain collisions: spectrally pure argon,
purified hydrogen and purified technical nitrogen. The
results of the measurements are visualized by a diagram.
This diagram shows the dependence of the cross section Q
upon the energy T and the velocity v-of the fast atoms.
The ionization cross sections of the fast potassium atoms
amount to from 10-15 to 10-17 cm2 in the energy range of from
100 to 2000 eV- they increase at an increase of T. The
magnitude of tL effect increases ub a transition from
argon.to the molecular gases and within the molecular
gases at the transition from hydrogen to the heavier gases.
Finally the authors express their gratitude to ]Professor
V. M. Dukel'skiy for providing the theme and for valuable
suggestions during the performance of. this work. There are
Card 213 2 figures and 2 references, 1 of which is Soviet.

IonIzation of Fast Neutral Potassium!Atoms on 20-119-6-21/56
Co'llision With Argon Atoms and With Molecules of
Hydrogen, Nitrogen and Oxygen
ASSOCIATION's Fiziko-tekhnioheskiy institut Akademii nauk SSSR
11iistitute- of Physics md: TachnologyAS bMR)
PRESENTED: January 24, 1958, by L. A. Artsimovich, Member, Academy of
Sciences, USSR
SUBMITTED: January 23, 1958
Card 3/3

BIDIN. Yu.F.; BUETTEM. I-M-
Resonsin a exchange of positive potassium ions. Zhur.tekh.fise 29
uool:12-14 Ja 139* (KIRA 12:4)
1. Leningradskly fisiko-tekhnichookiy institut AN SSSR.
(Potassium) (Ion beams)

02831
S/048/60/024/008/008/017
B012/Bo67
AUTHOR,'-': Bukhteyev, A. M., Bydin, Yu. F.
TITLE- Resonance Charge Exchanae of Ions and Atoms of the Alkali
M, t Ms /X
PERYODICAL: Izvestiya Akademii nauk SSSR. Seriya fizicheskaya, 1960,
Vol. 24, No. 8, PP. 964-969
TEXT: 0. B. Pirsov (Ref. 1) theoretio&1ly determined the cross sections
of resonance charge exchange for elements with an S-state as ground
state of the atom and ion. The authors have already measured (Ref. 2)
the cross section of resonance charge exchange in potassium. In the
present paper these cross sections were measured for Cs, Rb, K, and Na
in.the range of from 150 to 2100 ev. The measurements were made by the
method of the extraction of positive ions which are formed in the
charge exchange in the chamber filled with alkali metal vapors. Since
the literature data on Cs, Rb and Na vapor pressures show strong
divergencies, an indirect method was used to determine the cross sections
Card 1/3

1 82831
Re�onan,,,e Charge Exchange of Ions and Atoms S/048/60/024/008/008/017
of the Alkali Metals B012/BO67
of resonance charge exchange in ions of these metals; for this purpose
the results obtained for potassium were used. Experimental arrangement
and measurement method are described. Fig. 1 shows the scheme of the
arrangement and Fig. 2 the charge exchange chamber. The positive alkali
ions were obtained from a thermionic source which consisted of a nickel
plate to which an aluminum silicate mixture produced according to
M. A. Yeremeyev was applied. Since the reliability of the cross section
measurements in other alkali metals according to the method applied for
potassium was doubted, the cross sections of Cs, Rb, K, and Na were
directly compared by measuring the vapor pressure of these metals from
their surface ionization in oxidized tungsten. The results of meas
,ure
ments are given in the form of a diagram: the cross sections Q of the
resonance charge exchange as functions of the ion velocity v for Cs, Rb
(Fig. 3, curves 1 and 4) and K and Na (Fig. 4, curves 4 and 1). These
Figs. also show the theoretical curves. Curves 3 and 6 are calculated
from the formulas of 0. B. Firsov, curves 2 and 5 from the formulas of
Yu. N. Demkov. Curves 7 on both Figs. were drawn according to
experimental data from the paper by R. M. Kushnir (Ref. 8) for resonance
Card 2/3

Resonance Charge Exchange of Ions and Atoms
of the Alkali Metals
82811
S/04e/6o 024/008/008/017
B012/BO67
chai' ge exchange of Cs+ (Fig- 3) and K+ (Fig- 4). The results obtained
here and their comparison with the theoretical and experimental data
show that in the entire velocity range considered the cross sections
of the various alkali metals differ only slightly at the same velocity.
With all alkali metals Q monotonically decreases with rising velocity.
Theory and.experiment are in sufficient agreement. V. M. Dukel'skiy
advised the authors. There are 4 figures and 8 references: 5 Soviet and
3 British.
ASSOCIATION: Fiziko-tekhnicheskiy institut Akademii nauk SSSR
(Physicotechnical Institute of the Academy of Snienngs
USSR)
Card 3/3

81683
-9/057/60/030/05/12/014
B012/BO56
AUTHORSs in Yu. F.t B hteyev, A. X.
qpalgi a--
AN
TITLE. Ionizatio4of Fast Na-, K-, Rb-, and Cs-Atoms in Collisions
With 9---. D N -Molecules
2 9 2 2-~ and 02
PERIODICAL: Zhurnal tekhn1ohemkoy fiziki, 1960p Vol. 30, No- 5,
pp. 546 - 554
TEM The present paper was read at the Vaesoyuznaya konferentsiya po
elektronnym, i-atomnym stolknoveniyam (All-Union Conference on Collisions
of Electrons and Atoms) at Riga, which was hold from June 26, to July 31
1959, where the No-nTz-a-tion of fast atoms of alkali metals in single
collisions with F and -molecules was investigated, the
2-' D2-9 N2-' 02
energy of the fast atoms amounting to from 150 to 2,200 ev. The reason was
given why alkali metals and the gases mentioned were used for this
investigation. Thelast atoms were obtained by resonance recharge. Fig. I
shows the scheme of the experimental devioeq 7hich is described. The
measurements were carried out for the purpose of obtaining the initial
(late in order to be able to determine the full cross sections in the
Card 1/3 L~

81683.
Ionization of Past Na-9 K-, Rb-9 and Go-Atoas in 3/057/60/030/05/12/014
collisions With H2-1 1)2-' N2- , and 02 -Molecules 3012/B056
ionization of fast atoms in single collisions with the gas molecule@. The
measuring method used in described. Measurements were carried out of the
full cross sections q of the ionization of the fast atoms Na, K, Rb, and
Ce in H29 D29 N2 , and 02within the range of from 150 - 2,200 ev. The
results hereby obtained tre shown in form of diagrams in Figs. 3, 49 and
5. They show the dependence of 44 on the velocity v of the fast atoms.
The following energy thresholds in the ionization were observedt Ce, R 2
(740 ev)j Cs, D2 (360 ev); Rb, H2 (490 ev)l Rb, D2 (280 ev) (Table).
The results obtained are discussed from the viewpoint of the "quasi-
adiabatic hypothesis" by Messi and the conception of the "intersection"
of the potential curves corresponding to the initial- and final states in
s system consisting of two particles slowly approaching each other. The
cross sections obtained are compared with the data known from the
observations of meteoric ionization. Professor V. M. Dukellskiy advised
the authors. There are 6 figures, I table, and 11 referencest 5 Soviet,
5 English, and I German.
Card 2/3

Ionization of Fast fia-, K-9 Rb-p and Cs-Atoms in S/057/60/030/05/12/014
Collisions With H2-1 ])2-1 N2-' and 02 -Molecules B012/BO56
ASSOCIATIONs Fiziko-tekhnioheskiy institut AN SSSH Leningrad (Institate of
Physics and Technology of the AS USSR, Leningrad)
SUBMITTEDa October 19, 1959
Card 3/3

- ~
BUKHTEYEV, A.M.; BYDIN, Yu.F.; DUKEL'SKIY, V.M.
Electron capture by Opand C12 molecules in collisions with fast
atoms of alkali and metals. Zhur. tekh. fiz. 31 no.6:688-693
Je '61. (HIRA 14:7)
I
1. Fiziko-tekhnicheskiy institut imeni A.F. loffe AN SSSR, Leningrad.
(Electrons--Capture) (Alkali metals) (Collisions (Nuclear physics))

T,,18158-63 EWT(1)/FCC(w)/BDS/EEC-2/ES(v) AFFTC/A.SD/AF1fDC/ESD-~/
7. P53755 Pi-4/JPo-4/Pq"4/P6
..A -4 Gw.
'
ACCESSION NR: AP3004488 S/0048/63/027/008/1009/1011--
l
A
F
AMOR: Buchteyev.
.
.M. B3tjjBjL Yu.
P3
.
TITLE: Lose of electrons by fast Ca, Mg, Si and Fe atoms in encounters with N2 and**

02 molecules /Keport presented at the Second All-UtiAon Conference o. the h vim, Of
l
Electronic aig Atomic Collisions eld in Uzhgorod-2-9 Oct 19627 :j
SOURCE: AN SSSR, Izvest1ya,ser.f1z*,v*27, no98,11963, 1009-1011
TOPIC TAGS: ionization cross section, meteor ionization, Ca, Mg, Si, Fe
ABSTRACT: Investigation of atomic collisions in ths& hundreds of eV range can be
useful for elucidating the mechanism of meteor ionlzatio N Radar measurements
yield-information on the\'qlectron densit in meteor trails but no data on ions
1In optical spectra of meteor trails there have been detected, in addition to neut-
ral atom lines, lines corresponding to Ca, Mg, Si and Fe-ions. In'earlier studies
the authors investigated ionization of fast alkali metal atoms in encounters with"
N2 and 02 molecules in the energy range from 100 to 2000 eV (Yu.F.By*din and A.M.
Bu1chteyev, Zhur.tekh.fiz.,30,546,1960). In the present work, despite certain dif-
ficulties, the authors attemptad to determine the ionization cross sections for;

1/3
Card-

lk,58 63
ACMSSION NR: AP3004488
ipositive fast'Ca, Mg, St and Fe atoms In colUalanx with nitrogen and oxyken~mole-
i1cules. The apparatus is diagramed in Fig.1 of the Enclosure. The determined ioni
zntion cross sections for Ca atoms are plotted versus the energy and velociti of
tholatoms for encounters with N2 and 02. The cross section for encounters with 02
~Ancreases more rapidly with energy than the cross section for encounters with N2*
The cross section values for Fe, Si and Mg are given In a table. The experimefitRi
value-of the ionization cross section for Ca-X2 is-of the same order of magnitude!
as the corresponding cross section deduced by D.W.Sida (Sbornik '~deteority",.p.51, f,
IL, M.1959) on the basis of meteor data. Orig.art.has: I formula, 2 figures-and
d
1 table.
ASSOCIATION- Fiziko-tekhnJLcheskiy Institut Akademli nauk SSSR im.A.F.Ioffe tMV i-
enl-Tarahnical IDAtitute- Academy nf SnIenran SSR)
SUMMED:- 00 DA7Z ACQ: 26Aug63 EML: 02
SUB COM PHO AS NO REP SOV: 002 OTHER- 002
.1/3
Card

ACCESSION NR: AP4037573
S/0056/64/046/005/1612/1618
AUTHOR: By*din, Yu. F.
TITLE: Resonance charge exchange of negative'ions of alkaline metals
SOURCE: Zh. eksper. i teor. fiz., v. 46, no. 5, 1964, 1612-1618
TOPIC TAGS: negative ion,'ion-formation, cesium, rubidium, potassium,
I
sodium, charge exchange
ABSTRACT: in view of the interest that attaches to the study of
charge exchange in collisions of monatomic negative ions with atoms
of the same element (resonance charge exchange), an investigation is
described of this process for negative alkaline metal ions Na_# Ice
Rb and Cs.. The measurements were made at negative-ion energies
from 1000 eV (900 eV for sodium) to 2400 eV. In this energy range
charge exchange is accompanied by electron loss from negative ions:
charge exchange produces slow negative ions and the lose produces
'Card 1/5

ACCESSION NR: AP40375~73
free electrons. The ions were obtained from a discharge in the vapor
of a salt" accelerated t~o a given energy, passed through a 901 mag-
netic mass monochromator, focused, and fed to a collision chamber
filled with the alkaline metal vapor. The collision cliamber is
similar to that used by the authors earlier (ZhTF v. 29, 12, 1959).
The.cross sections 0 obtained for the resonant charge exchange pro-
pn -14 2
.cess were of the order of 10 cm and increased with decreasing ion
-15 -15 - is
velocity. The values were 8 x 10 7 x 10 5 x 10 and 1.8 x
-15 2
x 10 CM for Cs-, Rb-, K_, and Na-, respectively. The electron
.affinity energy of the alkaline metal atoms, which has not yet been
determined experimentally, was estimated from the slope of the Q (v)
pn
vurve (v -- velocity) by using Firsov's theory (ZhETF, v. 21, 1001,
1951). The values obtained were:
Card 2/5

ACCESSION NRs AP4037573..
No K Rb C1
0,41+0
-0:02 0,22 __0:06 OJ6�0,06 OJ3 +0.07
Ways of,improving the accuracy are discussed. "In conclusion, the
withor thanks Professor V. M. Dukel'skiy for continuous interest and
for advice, and also to Professor 0. ~. Firsov and B. M. Smirfiov for
valuable discussions and to S. S..Pop for help with the measprements.."
Orig. art. has: 5 figures and 3 formulas.
ASSOCIATION: Fiziko-tekhnicheskiy institut.im. A. F. loffe Akademii
nauk SSSR (Physicotechnical Institute, Academy of Sciences SSSR) I
N
SUBMITTED: 16Dec63 DATE ACQ: 09jun64 ENCL: 02
SUB CODE: NP UR REF SOV: 003, OTHER: 004
Card
.3/5

A ENCLOSURE: 01
COESSION NR: AP4037573
Layout of the apparatus:
source of negative ions,
focusing systems,
0 1 and 0-2
M - monochromator magnet,
H - tube to pumps, A, B -
Helmholz coils, C - collision
chamber, 14 1 and U12 - C011i-
mating diaphragms (0.9 mm dia),*
M exit diaphragm (2,5
mm d1a), 11 - Faraday cup,
K -.*vacuum valve
C6,d 4 A

.ACCESSION NR: AP403757~
4
Rb-. Rb .
Na
-N~
-V-V-464
Card 5/5

ENCLOSURE: 02
Cross section for resonance
charge exchange of negative
Na, K,.Rb, and Cs ions as
a,f~unction of the ion velocity.
enVaeo

!T(1)/EWT(M)/EWP
L 3.19(A)-& EW t)/EWP(b) IJP(c) JD
AP5026600 SOURCE CODE: UR/0056/65/049/OOVlOq4/lOq6
AUTHOR:. Bydin, -Yu. F.
ORG: Physicotecbnical Institute Im. A. F. Ioffe,.Academy of Sciences,
.SSSR (Fiziko-tekhnicbeskiy institut Ikademii nauk SSSR)-
TITLE: Concerning electron detachment from negative hydrogen ions in
collisions with inert gas atoms
SOURCE:, Zburnal eksperimentallnoy,i.teoreticheali,oy fiziki, v. 49,
no. 4, 1965.. 1094-1o96
TOPIC TAGS: -collision cross section, electron loss, hydrogen ion,
~,,negative ion., elastic scattering
ABSTRACT: The purpose of the investigation was to check the theoreti-
Cal prediction., made by B. M.~ Smirnov and 0. V. Firsov (ZhETF v. 47.,
.232, 1964). that the cross section of the! p .rocess of electron detach-
ment from a negative ion colliding with an inert gas atom is indepen-
dent of the negative-ion. velocity. -For, this purpose., the cross sectdons
were calculated for the detachment 1of ne elee ron from Ir ions in
.single collisions with in the energy
j - -4 - I
range.from.200 to 7000 ev. The measurement-s-Tor all atoms were made
'!Card 1.12

L n96D-66
ACC NR, AP5026600
with the same equipment by recording the slow electrons whichappeeired
when the negative ions passed through a collision chamber filled'with
,the gas under investigation. Not all values of the oross section
agreed with the,theoretiedl predictions of Smirmov and Firsov., but the
.discrepancy may be equally due to the imperfection of the theory and
to inaccuracy of the measurements. Tfs reliability of the elastic
..cross sections used the.calculations is likewise doubtful. Author
'ARr J,
thanks V. M., Duke III for -interest in the work. Orig. art. has:
2 figures, 3 formulas, and I table.
CODIC: 20/ -SUBM,DATE: ~_.29MY65/'~-- W PXF SOY: 003j/ OTH REF: 004
2/2
r ~d

L 22115-66 JWT(l)/YdT(m)/EWP(t) IJP(,q.) JD/JQ/AT
ACC 14R: AP6004914
SOURCE CODE: uR/0056/66/050/001/0035/0038
AUTHOR: -Bydin, Yu. F.
ORG: Physicotechnical-Institute im. A. F. loffe, Acade of
SciencEs~-SS~R Fiziko tekh
nicheskiy institut Akademii nauk Sssay-
TITLE: Detachment.of electrons from negative alkaline metal ions
.in coil sions with Inert gas a ms.
SOURCE: Zhurnal ek8perimentallnoy I teoreticheskoy fiziki, V. 50,
no. l., 1966, 35-38
TOPIC TAGS: alkali metal, hydrogen ion, electron loss, ion
bombardment, particle cross section, inert gas, ion interaction, electron
collision
ABSTRACT: This is a continuation of earlier work by the author
(ZbETF v. 49., 1094, 1965) reporting experiments on the Interaction
between negative hydrogen ions and atoms. The present article re-
ports measurement of-tbe cross sections for the detachment of an
electron from the negative ions LI-J Na-, K-, Rb-, and Cs- in coi-
Card 113

L 22115-66
ACC NR: AP6004914
lisions with atoms with He, Ne, Ar, Kr, and Xe. The negative ion
beam of given energy wasseparatedby mans of a 900 magnetic mass
analyzer. The cross se
ctio*ns were measured by counting the slow
elt-tetrons which appeared when the negative ion beam passedthrough
a chamber filled with the gas. The cross section measurements e
wer
made in the energy intervals 900 -- 9000, 600 -- 12000,,,6oo
3000, 700 -- 3000, and 900 -- 2200 eV for the Li, Na, K, Rb and
Cs ions. The observed cross sections, which bad a value on the order
6 2
-15
of 10 10 cm , increased with increasing energy. Consequently'
'the results do not,agree with the: conclusion of the theory of B. M.
Smirnov and 0. B. Firsov (ZbETF v. 47, 232, 1964), according to
which the cross sectlonsbould be independent.of the velocity,. 7!he
cone
'lusiona of-...tbe Sitirnov-Rtrsov tbeory,tbat, the- squares of ~-tbe
sect-Lon -for 'elec propor--
tro;i.~Aetacbment should be Inversely
of-:.;,tb e*T_~~Pt6P)-..-:-r_rC6:, which!- tb negative--.4 .
i's f 6rme -an
Ton d b' r ona
6ii.- &ro'sb~~ i6~tf6hq mhbkv- e- proP6 ti IA
e,zca
he~,, negati
si*.. were: a s
-6 -lide 1`o~.:chdd"d Apd,~ bppO_.-.nq o be in. 11 aj~reemen
TU
-ird
C
, 2/~

L 22'115-66
ACC NR: AP6004914
CL
the theory. Some of the discrepancies between theory and experiment'
can be attributed,to experimental errors In the determination of the
crozz section and.to-approximate nature of the theory itself.
Nevertheless, this theory apparently gives correctly the order of
the magnitude of the cross section and indicates its connection
with the electron affinity and with the elastic scattering cross
section for very slow.electrons. The author thanks Professor V.M.
Dukeltskiy for continuous interest and Professors 0. B. Firsov,
B. M. Smirnov, and Yu. N.'Demkov for helpful discusilfo-ns. -Orig.
art. has: 3 figures-,l formula, and 1 table.
SUB CODE: 20/ SUBM DATE: 02Aug65/ ORIG REF: 005/ OTH REF: 001
Card

BYDRIN, V. N., Dr. Tech. Sci. (diss) "Investigation of Pro-
cess of Rolling Metal Applied to Special Cases," Moscow, 1261,
32 pp (Moscow Steel Instit.) 230 copies (KL Supp 12-61, 260).

S/169/62/000/010/018/071.
D228/D307
UITHO-I'LS: ibmirkhanov, Kh.l., Dzhamalov, S.A.., Magatayev, K.S.,
Lusayev, S.Ye. and Bydtayev, A.B.
TITLE: Geothermal investigations ~n Dagestan
PERIODICiLL: Referativnyy zhurnal, Geofizika, no. 10, ~962, 17-181
abstract 10-Alll (In collection: Probl. geotennii i
prakt. ispol'zovaniya tepla Zemli, v. 2. M., AN SSSR,
1961, 167-170)
TEXT: A description is given of-the results of work by the
DagestansIdy filial ili LSk;SR (Dagestan 2ranch, j~s USSR) on the study
of geothermal phenomena in the region -of bagestan's Tertiary depos-
its. Cretaceous and Tertiary deposits in the plains part of
the territory are the most perspective for hot water. The following
tentative conclusions were drawn on the basis of'this research.
1. The temperature gromrth magnitude decreases with depth. 2. Deep
temperature ch.-nges depend on the underground water tnovement., The
hea;-- conductivity of wet rocks is very much higher,-so that the
Card 1/2

S/169/62/000/010/018/071
Geothermal investigations D228/D307
C2
ltem-,,)erature leveling in thein proceeds more intensively. 3. It can
be est-ablished from graphs of the temperature change with depth in
differe-at areas, and from geothermal charts compiled by the Dagestan
Branc'h, zc- USSR, that a region's geologic structure does not always
correspond to ths temperature change.
L ,~!)stracter's note: Complete translation2
Card 2/2

TSVETKOV, VA.; BYT)TOV V.P.
I ~' M-
RIM _; "i
Orientation of flow birefringence and the kinetic 'rigidity
of chain molecules. Vysokom. soed. 6 no.1416-21 Ja164.
(MIPA 17,-5)
1. Flzicheskiy institut Laningradakogo gosudarstvennogo
universiteta.

--,I P& t.
Inea A30p !I
WT 9
zech summary)
-229 (1950). (French. C
Without referring to articles ;Dn this topic bV Winger
Fll,fll Amt-r Niith.Soc-25.21~-44(1918)1~indA]le,-i,Aiiie.-
\lath. 49, 456-461 (1927)], the author considers ii Mx1al
and defines a
11' Web
atv-3", With 11) nt-:P;:--
et ra 'D
dy~!~~4iM tbi' ;yhjcb -,e 1.1v conli it ti. no of
(conics
U-ponctuel pmMs. to the covariant conics of (1)
touching the nodal tangents -at their pDiqts of intersection
with th.- line of infiections), and to sets of points which are
closed under the-t4MgCnti3l proce-c-A. G. B. j rluff.
_BYDZ%SKF~_
-6f:.'a: Pland- Rational Cubic-
------ 7-'; 77=
,VZO Vol
Sound":: Eath-amatical mevit, No. -

BXDZOVSKY Bohimil (Veseli nad Luznioi 230)
Inflection points of some plane quartio curves. Gas pro
pent mat 88 noe2:2-24-235 863*

L 22949-66
ACC NR: AP6006150
AUTHOR:
(Engineer)(Zasmuky);
(A) SOURCE CODE: CZ/0078/65/000/010/0010/0010 _7
Huss, Vaclav (Dr., engineer, Doptor of Eiciences) (~qcky); Bydzov3kyj J.
_(ingineer)(Sadeka);_Kriz)
Corny) L. J.(Praguej
Ladnarp J. (Prague)
ORG: None
TITLE: (Overvoltage protection device for rectifying semiOonductor diode)
CZ Pat. No. PV 7o3q 64
SOURCE: Vynalezy, no. 10, 1965, 10
TOPIC TAGS: semiconductor device, semiconductor diode, Zener diode, zener
ABSTRACT: A device is described for protecting a rectifying semiconductor diode,
or a group of several parallel or series-parallel connected diodes from overvoltage,
and is distinguished by the feature that to the diode of group of diodes is connected a
parallel mxtched polarized breakdown (Zener) diode, or a group of several break-
down diodes connected in.series, in parallel or in series-parallel. The Zener
voltage on the breakdown diode in the reverse (non- conducting) direction, or the
value of the sum of the Zener voltages in the reverse direction in the breakdown
diodes connected in series is lower than the breakdown voltage of the diode to be
Ccrd 1/2

L 29949-66
ACC NR. X
C,,d 2 / 2
0