SCIENTIFIC ABSTRACT BESEDIN, B. A. - BESEDNYY, V. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000205110009-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 8, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

TSEREVITINOV, B.F., kand. tekhn. nauk,
dotsent;.BEISEDIN, A.N., kand.Aekhn.
nauk
Nature of the abrasion of the hair covering of fur
skins. Izv.
vys. ucheb. zav.; tekh. leg. prom. no.2:11-13 163.
(MMA 16;10)
1. Moskovsk-iy Ordena Trudovogo Krasnogo Znameni
institut
narodonogo khozyaystva imeni Plekhanova. Rekomendovana
kafedroy
tovarovedeniya promyshlennykh tovarov.

STEPANOVIGH, I.P., kand. ii,-,
Analysis of the sof'rsoo oil the leather tls,~ve ~f
INFLuch.
issl. trudy IiIIMP no.12:'76-83 163.
(Mak -j7:11)

"W027477 U 4 / V
I The study of the step sysLem of aULOMatiC searci-, ~or an
arbitrary CinaraCLer-
istic of the controlled object
SOURCE: Ref. zh. Mlatematika, Abs. 5B145
\EF SC Tr. Sibirsk. fiz.-tckha. in-ta pri Tomskom un-to,. vyp. 47,
~965, 127-243
TOPIC TAGS: OpLitmal automatic control, automatic regulation,
al&orich-,,,
ABSTRACT: The system of the extremal control of objjectL; has
iavcsti;~Ia'.:Od. Th e
J
controlled object accepts, in addition to the control signai ;:ho-
regulator, a
perturbation p, whereas the channel recordin- the output of t:'ae
objects -is sub ected
J
to a perturbation h; as a result of this, the regulator accepts the
function y
y(x,l-,), where xisthe output signal of the object. The
r,21at:ionships x = x~u,ii) and
Y - yCx,h) are assumed known. It is also assumed Lhat Lhe
c1haracteristic of "'1)E!
object is approximated by a broken line. To obtain inforxiLion
conc'.!rninbr tno direc-
.i I
tion of the motion toward the extremal, the regulator forms ri
trial perturluations
U = UO + A and u - u 0 - A. On the basis of t1he measurement of,
the output of the ob-
Aect, the following function is realized
n
A,
Card 1/2
_UD-G--519. 2 -65-01-1 -56

ACC NR: AR6027477
.ar
The conzrol al,,orithim consists of the follo~n-: sysL~::-,
rC:l,,a4rS -*:I Llje r7
0.3 -:0
Position if ;W1 < k and goes over into the stlato i > W, 7 Zo
the state i when W < -k. The f-*or;-,,ulas for zhc! nrolhLbil.-z".
0~~ C!xtrema-I Values oz
the control quantity x, its mathemaviCal OX, CCtLL-0,1 -Id C:IS.
i., and mean -me'
I C t ze -a
o~ transition from the state corresponding to the loco-L Lo ZI-I s
a -wh re x
L c::1 , G
has an absolute extremum are also derived. 'Translation of ~,~szra
o
SUB CODE; 12

ACC N-~,
AR6028105 SOURCE CODE: UR/0372/66/000/005/VO24/VO24
AUTHOR: Bebedi". B. A.
TITLE: Investigat3.-)n of an automatic step search system with an
arbitrary
characteristic of thL controlled plant
SOURCE: Ref. zh. Kibetietika, Abs. 5V145
'REF SOURCE: Tr. Sibirsk. fiz.-tekhn. in-ta pri Tomskom un-te, vyp.
47, 1965v 127-143
TOPIC TAGS: automatic control theory, automatic control parameter,
alogorithm
.AlISTRACT: An extremum plant control system is considered. In
addition to the con-
trol signal and the controller, noise V also acts on the controlled
plant, while
noise h acts on the plant's output measuring channel as a result of
which function
y = y(x,h), where x is the output signal of the controlled plant,
enters the con-
r troller. Relations x - x(u, p) and y = y(x, h) are considered
known. It is assumed
that the characteristic of the controlled plant may be approximated
by a broken
curve. To obtain information on the direction of motion toward the
extremum, the
controller produces n test disturbances u - u + 6 and u - u 6. By
measuring the
0 0
output of the controlled plant function
W.1
Card' 1/2 - ----- Imr:- 9.19.2!69.011.96

ACC NR:
is realized. The control alogrithm consists of the following: the
system remains
in the previous position if IWI < k, it posses into state i + 1 if
W > k, and it
passes into state i - 1 if W < -k. Formulas are derNed for
determining the proba-
bility of extremum values of controlled quantity x, its
mathematical expectation andI
dispersion as well as the average time of tranktion from a state
corresponding tothe'
local extremum to a state where. x has its absolute extremum.'
[Translation of
abstract) A. Gorskiy
SUB CODE: 13

ACC NR. AR602)6530 SOURCE CODE: UR/0372/66/000/004/GO21/GO21
AUTHOR: Besedin, B. A.
TITLE: Analysis of it class of discrete Markov systems
SOURCE: Ref. zh. Kibernetika; Abe. 4GI42
REF SOURCE: Tr. Sibirsk. fiz. -tekbu. in-ta pri Tomskom un-tet
vyp. 47, 1965, 104-126
TOPIC TAGS: transition probability, Markov process, mathematic
matrix, matrix element
ABSTRACT: Discrete Markov systems whose matrices I I pij I J of
transition probabilities con-
taln elements satisfying the conditions pi, 1_ = Pi, ii~ =Off V>10
pi, IZ! 0, Pi, 1 0 are
V
considered. It Is pointed out that'systems of this kind are
exemplified by step-type extremal
systems, and the operating principles of the latter are analized.
The mathematical expectation
and time variance of the first conversion of the system from one
specified state to another and
the time of the first return to original state are determined by
the generating-function method.
The probability distribution of the steady states Is investigated.
The probability distributions
of the time intervals of transition from one state to another are
established for certain parti-
Ccwd 1/2 UDC: 62-506

ACC NN AR6026530
cular cases of transition matrices. The transition time
characterizes the interval over which
the extremal system reaches its maximum. The distribution of
states of the system In steady-
-state regime makes it possible to calculate the system error --
the mean deviation of current
state from the extremal. Information on the time of the first rehm
to original state is re-
quired to determine the time of 161ing the absolute extremum~
an~6ng ""Eoj jo-Cal -7-T
Le#: titles.. A. G. Translation of abstract)
SUB CODE: 12
COrd 2/2

ACC NR. A11604916531 SOURCE CODE: UR/0372/66/0,0
'0/004/GO21/GO21
AUTHOR: Desedin, B. A.
TIT LE. Investigation of a step-type automatic search system
for a controlled object with.-
an arbitrary characteristic
SOURCE: Ref. zh. Kibernetika, Abs. 4GI43
REP SOURCE: Tr. Sibtrsk. fiz. -tekhn. in-ta pri Tomskom. un-te,
vyp. 47, 1965, 127-143
TOPIC TAGS: automatic detection, automatic control system,
tracking syst-em, tracking
control
ABSTRACT: An extremal control system is considered. The
controlled object receives noise
p in addition to the controlling, signal and regulator, and the
object's output measuring channel
is acted upon by noise h so that the function y = y(x, h),
where x is the object's output signal,
arrives at the regulator.. TJie relations x = x (u, p) and y =
y (x, h) are supposed to be known.
It is assumed that the object's characteristic is approximated
by a broken line. To obtain in-
formation on the directilon of motion toward the extremum, the
regulator generates n trial
perturbances of u = u. + A and u - uo - A. 'On the basis of
measurements of the object's output
UDC: 62-506

ACC NRs AR6026531
the function
W- (Yull)-yo I+ )1. (1)
k
is realized. The control algorithm is as follows: the system
remains in its previous position if
I W I < k and converts to the state i - I if I W I < - k. Formulas
of the mathematicaI --,xpectation,
variance and probability of tho extremal value of the controlled
variable x are deteimined, as
are the formulas of the mean time of transition from a state
corresponding to EL local extremum
to a state where x reaches its absolute extremum. 5 MustrationSs
bibliography Of 2 titleS. A.G.
Translation of abstract)
SUB CODE: 09,40
Car4 2/2

ACC NR, AP6028894 18) -,SOURCE CODE:
UR/0325/66/000/003/0050/0055
AUTHOR: Lobachev, V. S.; Beaed1n. 11. D.~ Zhubanazarov, I. Zh.
ORG'.
TITLE: Some methods of suppressing rodent mobility and
long-term poisoning of their
settlement areas
SOURM Nauchnyys doklady vysshey shkoly, BlologicheakLye naukL,
no. 31 1966p 50-55
TOPIC TAGS: disease vector, rodent, rodent control, pest
control, gerbil
qr.~; 77 rI 0 E is one of the most commonly used rodent
ABSTRACT: Zinc phosphide (Zn3P2)
POISONS. -Usually,*15-30 g of a bait composed of wheat, oates
8-20% zinc phosphide and 3--5% oil (percentages by weight)
are used to poison one burrow colony. However, this method
often produces neither highly effective results nor long-
lasting action. Suppression of plague and plague-bearing
.animals has long been a problem in the Northern Aral region.
Since 1958, the Aral Sea Antiplague Station, Moncow University,
and the Central Asian Arktiplague Institute have made experi-
mental studies of past extermination in the Aral Kara-Kum.
Yhe epizootic cycle must be disrupted for 3-4 yr for effective'
Card 1/3

ACC NRs AP6028894
extermination in a plague focus; suppiessIng the
rodent'popula-
tion for 3-5 yr will accomplish this@ The authors doubled
the,
poison dose 3-4 times (50-150 g per colony) for long-term
suppression of small mammals in epizootic areas and areas
with large animal populations. This method had previously
been used successfully for mice; it had not, however, been
used for larger gerbils. It was found that small piles of
.wheat treated with iinc pbosphide were well preserved
and re-
tained toxicity well under a variety of circtimstances. In
autumn of 1961, an area first treated in 1959was treated
with
increased doses of poison (150 g of a wheat-oats-15% zinc
phosphide mixture). Similar control areas were treated
with
the usual dosage (20-30 g). Table 1 clearly shows the
greatere-
ffectiveness of the increased dose. It has been
established
e
that gerbil mortality is directly propo"rtional to the
amount
of bait and zinc phosphide concentration. However, dosages
did not generally exceed 20 g per burrow colony. The
authors'
experiments in-the Northern Aral territory showed such
doses
(20-30 g) to be unsatisfactory; however, it is pointed out
that such increased doses are not always necessary: in
places
j4here the bait is quickly covered by sand, where
preservative
conditions are good, and where no previous treatment has
been"!
-applied. Good results were obtained from
tbe.introduction of
bait in - a variety of --packagings into -the gerbil
burrows and storage roomas Radioisotopes were used to

ACC NR,-AP6028894
study the movement of gerbils and their ectoparasitic fleas .
after extermination, and their most comon migratory patterns
are mentioned. Lethal areas.for rodents are*riost effective:
-1) on their main migration routes (railroads and dirt roads;
2) in potentially epizootic areas, as determined by bacterio-
logical,.serological, and ecological methods; 3) in areas
'with concentrations of rodents, or where rodents have
extensive
Contact with other animal carriers. The authors are
particularly.
interested in methods of scattering poison in rodant burrows
and storage areas; these require simple equipment, and act on
both rodents and their ectoparasites, [WA-50;. PE No. 12)
SUB CODE: 06/ SUBH DATE: 26mar65/ ORIG REP: 011/
3/3

ACC NR-. AP602-889'4 SOURCE CODE: UR/0325/66/000/003/0050/0055
AUTHOR: Lobachev, V. S.; Besedin, B. D.; Zhubanazarov, I. Zh-
ORG:
TITLE: Some methods of suppressing rodent mobility and long-term
poisoning of their
settlement areas
SOURCE. Nauchnyye doklady vysshey vhkoly. Biologicheskiye nauki,
no. 3, 1966, 50-55
TOPIC TAGS: disease vector, rodent, rodent control, pe.st
control, gerbil
PF,577 (/ 0 E $ '
ABSTRACT: 'Zinc phosphide. (Zn3P2) is one of the most commo'nly
used rodent
POISONS. -Usually,'15-30 g of a bait composed of wheat, oats,
8-20% zinc phosphide and 3-5% oil (percentages by weight)
are used to poison one burrow colony. However,-ihis method
.often produces neither highly effective results nor long-~
lasting action. Suppression of plague and plague-bearing
animals has long been a problem in the Northern Aral region.
Since 1958,. the Aral Sea Antiplague'Station, Moscow University,
and the Central Asian Axktiplague Institute have made experi-
mental studies of pest extermination in the Aral Kara-Kun.
The epizootic cycle must be disrupted for 3-4 yr for effective'
1/3

ACC NR, AMYM44
extermination in a plague focus; suppressing the rodent
pop~ula-
tion for 3-5 yr will accomplish this. The authors doubled
the
poison dose 3-4 times (50-150 g per colony) for long-term
suppressionof small mammals in epizootic areas and areas
with large animal populations. This method had previously
been used successfully for mice; it had not, however, been
-used -for larger gerbils. It was found that small piles of
-wheat treated with iinc phosphide were well preserved and
re-
tained *toxicity well under a variety of circ6mstances. In
autumn of 1961, an area first treated in 1959 was treated
with
incr4~d doses of poison (150 g of a wheat-oats-15% zinc
phosphidi mixture). Similar control areas were treated with
the usual dosage (20-30 g). Table 1 clearly shows the
greater:
effectiveness of the increased dose. It has been
established
that gerbil mortality is directly proportional to the
amount
of bait and zinc phosp 'hide concentration. However,
dosages
did not generally exceed 20 & per burrow colony. The
authors'
experiments in-the Northern Aral territory showed such
doses
(20-30 g)- to be unsatisfActory; however, it is pointed out
that such increased doses are not always necessary: in
places
where the bait is quickly covered by sand, where
preservative
conditions are good, and where no previous treatment has
been".
-applied. Good results were obtained from
tbe."introduction of
bait in - a variety of --packagings into the gerbil
burrows and storage rooms. Radioisotopes were used to
Card 2 ri

ACC NR,. AP602889.4
ptudy the movement . of gerbils and their ectoparasitic fleas
after extermination, and their most common migratory p
*arterns
are mentioned. Lethal afeas.for rodents are most effective:
.1) on their main migration routes (railroads and dirt roads;
2) in potentially epizootic areas, as determined by bacterio-
logical,.serological, and ecological methods; 3) in areas
with concentratioas of rodents, or where rodents have
extensive
contact with other animal carriers. The authors are
particularly
interested in methods of scattering poison in rodent burrows
and storage areas; these require simple equipment, and act on
both rodents and their ectoparasites. [WA-50;.CBE No. 121
SUB CODE: 06/ SUBM DATE: -26Mar65/ ORIG REF: 011/
Carei 3/3--

oJ' Ilh- 1)37,rue in Tini,t), 1). ?~9.)'
nroblenirm i
111 oe 7 i 1 -,r,- rq Okty-0,r,,!,i 11-15,0 Confr~rence on
i-T7,-,-AcTloric~7
P-cblcmF and 1)~;se--3Ees with Nnturil 'oci ?~)-90 Octol)er
Of !-'f~(licnl iviendes -md of IT," -q
Aralomorskaya Antiplague Station

1jr.ars-ViNy d.f.*Y NhUIAJL)UVP A.M.
Testing the D-443 loader-bulldozer. Trudy Khar.
avt.-dor.
inst. no.28:125-132 162. (MIRA 17:2)

- ----------
~1 3709-65 _zro(c /mft~(j
ACCESSION NR: AP5007988 S/0318/65/000/002/0030/0033
AUTHOR: Lymarlo P. S.; Besedin, D. F.; Kholyavko, G. D.; nudyakov,
V.'I.
TITLE: Automation of a catalytic hydrocarbon gas converter for it
produc-
tion
SOURM: Befteper,erabotka i neftekbiniy3, no. 23 16965, 30-33
-TOPIC MGS'.-. -hydrogen production hydreewrbon converter -
-catalytic hydrocarbon
converter, auromatic hydrocarbon converter, nickel catalyst, refinery
gas con-
versioii, natural gas conversion, Automatic control system
ABSTPACT: The authors describe the layout, instrumentation and
achieved effici-
ency of the closed-loop control system of a catalytic steam
conversion unit for i
hydro3en production. The unit for convertiq,,refinery or natz;ral gas
over Ni-
ethanolamine- scrubber
horizontal preheater, primary and secondary Cu and Cu-Zn catalytic
refining units~___
Zno absorber for.H 2S. tubular reactors for steam conversion on
Ni-catalysts,l
steam-product gas Heat exchanger and'a vertical fuel gas-product gas
heat-EX-Ahan-1
ger (see Fig. I of the Enclosure). The original control system, based
on old-
1/4

L 37639-65
ACCESSION NR: A?5007938--
type Instruments and manual temperature controls, was improved by
centralizing th~
prociass control of all reactors and by emplo -ing closed-loop
cascade controls
y
for: 1) the temperature in the beating and reaction zones in steam
converters;
2) the steam Liput based on the humidity of the product gas; and 3)
the fuel
gas-air ratio, based on the oxygen content of flue gases. Electronic
and pneu-
matic analytic, control and alarm instruments were used, and feed,
steam, fuel I
gLa and air streams. were regulated. Savings achieyed comprised an
8.8% decre-aae!
in .sVeam consumption, a decrease in feed consizDption and a decrease
in the labor
I force by 20 men, eatimated as a total-.of 150,000 Tubles/yr. The
capacity of the
4 figures.
plant is not specified. Orig. art. has:
-ASSOCIATION: N6he-'____------'
SUMITTED: 00 EVCL: 0.2 SUB CODE: 00, IE
NO K" SOV: 000 OTIMR: 000
card 2/4

PARSHIKUV, M.S.; BESEDIN, D.F.; NEDODEZ11KIN,
A.Ye.
Dovice for controll:Ing tho 1ntc!rfi-,,c(s ltvol
In hall oh-Oric
dehydrators and thermal settlers of' electric
desulters.
Nefteper. i neiftekhim. no.5:45-47 165. (Mil~A
18:-()
-1;

BESEDIN, D.F. -, KIM KHOBCN
.0
Organization of departmental supervisory sorvice
In factories.
Neftever. I neftekh-im. no.12.a2l-23 t64 (MIRA
28e2)

CHERNYA!!,, A. BESEDIN, I.; SAYBELI, V., traktorist
Put machinery in reliable hands. Sov. profsoiuzy 18
no.8:9-11
,62. OURA 15:4)
1. Predsedatell TSelinogradskogo rayonnogo komiteta
professionallnogo,
spyuza rabochikI, i sluzhashchikh sellskogo khozyaystva
i zagotovok
(for Chernyak). 2. Predsedatell rabochago komiteta
sovkhoza
"Bozaygirskiy" (for Besedin).
(Virgin Territory--Agricultural machinery-Repairing)
(Virgin Territory--Trade unions)

BESEDIN.-N.-
------
In our lodging house. Sov.shakht. 11 no.11:32 N 162.
(KEU 15-11)
1. Shakhta No.4-6, Popaorvan kiy rayon Luganskoy
oblasti.
(Coal miners)

W-j-
oniz !RT--r im ir~-n
Aw-eljcz ,I -the -1264m ~Gf a bo,
bi
C, 1~
al
SAR rtii:,tar
then
PO
Zt~ 0-27 S;-.".. 'I'lle
lilt
i~i- f
natrl 1.0 1wn. i;,.
A-, li-
0 :1 !It n,

;kV it ""IT. Trvulnwnt lit
wi:~ (1cu" huldiew of w1lov tonltm, Alit)' ihe demem--4
of !~I. Fv, 0."
rc]vc~zd Tht, (~Cpth T'Altivi! t Imt 4~ I
0_1 fr I to jo~,~ Ni- 0.'3-3 for I
SAL~r v) 10. du 1y tic
4,1:2~ ;it Sli, grailuall:Y_ to 0.2o it d
W: Yuidmilly Octrraitij t~, 0.*2.11
I if) 0.23 a 9~3v!' Imo. con"
at l" t:1 at "!.i 9>' I CT."t ,I~
r.;.tis~n of the-'t. ttAults -Jit on Nitt activaGul cilcr6,v"
elt IwIl s
on x).f B in misthitt: showtd Oat alloyn g I t
aLtivatiou imc!rgy clcui~~scd the depth of'~-
;k, C
ng.~

1915~i,, ~6~~,JRF for that-anz&T
surfaeft ;x mmyl-W. 11orwt-buron carljid~

an
itandard tnininscit Of 5 b zt 1100' 0 wpa AppUbd sfuz- whirli
mbna In oir und w "-,
doptli *f4 nku",nd md waa lc-uzd tv incmrm--~
.1a tb,.~ iprrbi-.Io wijt~,itt waA rwL-,c4 tv of
ihmc"3 2-MIIC~P4 mv~ ba Rm~~A
Trx~~6~.--d and ihe, pfft-ct Qf a!!oy4Iq.
be-ff-e-bn bind ~Wimtgth of Of 6111vyilt~:

14&%- Ktu~I!m of rvnnafion of Bormizj Laym oa Irm
AIlom Kinetika obrxi~"zmjix borIrvv;jmnLxo sloim v oplavoRl
- C- '' i i'o
--n-FTOMA. (RussiAn') NI, E. Dia N, 1'. D-MAR %101
kw -Nip
Use vi -Ipcw&ftd - *Moro imn-B ferrobomi.14c, . ILM I
tof" wim C~wu
W- E&j -of bath compositlian. tonp,
cmlwr-_~ tbM7. Quo guoymir I-)nimti. Grapill, tables, 6 Fri, Vi.

RYZHOV, S.N.; BZWMIN, P.N.
1AW
Increased fertility of irrigable lands of Central Asia
under
cultivation. Trudy SAGU no.25:7-34 '51. (Wak 9:5)
(Soviet Central Asia--Soil fertility)

BISEDIN, P.N..redaktor
-_
[Transactions of the All-Union Scientific Research
Institute of
cotton growing] Trudy SOIUZNIKHI; abornik statei,
Tashkent, Izd-vo
sAGU. 1955. 131 P. (MM A 10:5)
(Uzbekistan--Cotton growing)

NEDHIS, M.P.; BESEDIN, P.N., red.
[Planting cotton in square and rectangular checkrows
with narrow
interrows] Kvadratno-gnesdovol i
priamougollno-gnezdovoi
sposoby vozdelyvaniia khlopchatnika na suzhannykh
mzhduriadliakh.
Tashkent. SAGU, 1955. 35 P. (KIRA 13:12)
(Cotton growing)

L7 C: lk
DUDKO, Andrey Yevataflyevich; MEDNIS, Maksimilinn Petrovich;
CHUMACHENKO,
Ivan Nikolayevich, KOTIKOVA, Vera Nikolayevna; kand.
sal'6kokhozyaystvannykh nauk, red.; ZHURAVLEV, B.S., red.;
DEMIDOVA, L.P., tekhn.red.
[Cotton cultivation practices and the economic effectiveness
of
ch4ckrowingl Agrotekhnika i ekonomicheakaia affektivnost'
kvadratno- i priamougollno-gnezdovykh poi3evov khlopchatnika.
Pod
red. P.N.Bosedina. Tachkent, Gos.izd-vo Utbekskoi SSR, 1956.
90 P. (MIRA 10:12)
(Cotton growing)

BEMINUPON . red.; POPOV. G.P.. red.; PROTASOV. P.V.. red.
[collected scientific works on the use of fertilizers in
cotton
growing] Sbornik nauchnykh rabot po primeneniiu udobrenii
pod
khlopchatnik. Pod red. P.N.Besedina, G.P.Popova i
P.V.Protaaova.
Tashkent, 1957. 332 P- (MIRA 11:6)
1. Tashkent. Vaesoyusnyy nauchno-iseledovatellskiy inatitut
khlopkovodstva. TSentralinaya stantsiya udobranii i
agropochvo-
vedeniya. 2. Zamestitell direktora po nauchnoy chasti
Vaesoyu2nogo
nauchno-isoledovateltBkogo instituta khlopkovodstva (for
Besedin).
3. Direktor TSentrallnoy stantaii udobreniya i
agropochvovedeniya
(for Popov). 4. Zamestitell direktora po nauchnoy chasti
TSentrallnoy stantaii udobreniya i agropochvovedeniya (for
ProtaBov)
(Cotton growing) (Fertilizers and manures)

BESEDIIi, F.U.. red.
[Raising cotton in the U.S.S.R.; progressive OraCtiCeB
and schive-
ments of science] KhlopkovodstVO T BSSI; pared'ovoi
opyt i dosti-
zheniia neuki. Pod red. P.N.Besedina. Moskva.
Sellkhozgiz. 1958.
542 p. (Cotton growing) (MIRA 11:4)

SUCHKOVY S.P.; ZIMINA, N.I., kand. sellkhoz. nauk;
LAZAREV, S.F., kand.
sellkhoz. nauk; KRUGLDVA, Ye.K., kand. sellkhoz. nauk;
-BEMIN,-F..N., kand. sellkhoz. nauk, red.; KENZER,
A.P., red.;
SOFOKINAI M., tekhn. red.
[Soils of the Golodn&ya Steppe; their agronomic
characteristics]
Pochvy Golodnoi Stepi; ikh agronomicheskaia
kharrakteristika.
(By] S.P.Suchkov i dr. Tashkent,
Redaktsionno-izdateltakii otdel
UzASKhN. 1961. 173 p./ (MIRA 16.1)
(Golodnaya Steppe-Soils)

BELOUSOV, M.A., otv. red.; PROTASOV, P.V., red.;
BESEDIN, P.N.,
red.; KENZER, A.P., rod.; ARUTYUNOV, VA.;
tekhn.red.
[Methods of agrochemicalp agropbysical, and
microbio-
logical studies in irrigated cotton areas] Metody
agro-
khimicheakikb, agrofizicheakikh i
mikrobiologicheskikh is-
sledovanii v polivriykh khlopkovykh raionakh. 3.,
perer. i
dop. izd. Tashkentp 1963. 439 P. (MIRA 17:3)
1. Tashkent. Vsesoyuzmyy nauebrAoissledovatel'skly
institut
khlopkovodstva.

25(l) FRASS I BOOK EXPLOITATION Saw/2132

11yev. Ukrainskly
Nauchno-issladovatel-okly Inatitut
motall,.-V

Tokhnologlya proizvodstva I
svoyetya chernykh motallov; sbornlk

(The
Manufacture and Characteristics of
Ferrous Metals; a collection
r,
0f
articles) Khar-kov, Khar,kovskiy
goo.univ. lm. A.M. Gor'liogo.

1958. 271 P.
(Series s Itat Trudy, vyp. 4) Errata slip
In-

sorted. 1,000 copies printed.

Editorial
Staff of this books ?.A. Alsksandrov,
U.S. Kazarnovskly,

X.I. Kurmanov. N.Y.
Love, V.P. Oncprlyanko, V.A. TlkhOvskly,
and

U. A. 3hnoyerovi 9d.s 3.3. Libermanj
Tech. td.s X.O. Ourin

FURPOSIlt The book
is Intended for the scientific personnel
of

Institutes and for engineers and
technicians of notallurgical

enterprises
and other branches of the Industry.
r
COV1XAGZs The Collection of article$
reviews the work carried on at

the
Institute of 111stalm on the technology
or blast furnaces, open-

boarth furnaces,
and rolled stock production. It
also"dealm7--&

with problems In
astallography, heat treatment or ferrous
meta3s

and methods for their study.
Particular attention In devoted tol

the
preparation of charges and blast furnace
practice with Increased

gas pressure,
open-hearth product Jon wIth oxygen blast
and rol lIng

of light profiles. No
personalities are mentioned. References

accompany each article.

TAWS OF COX71XTSs

SCIENCE OF IMTALS AND HEAT PEETAL
TREATMENT

__N, 1. ,and 0.0. 3olovlyeve6 Importance
of Resilience Tests
gurnanoy
Vd-r-2-valuatIon of She -at -Steel
Quality 221
~e causes For Formation of Flakes In
Steel 233
Dyubjn,~W.P_ U.S. Kazarmovskly.-K.X.
Kilmov, KT.Dulskly,
y.a. auguslashvijI, oFff-D.R. Lavers.
PrevenElon of
R-ak.s In 25 N.Xalls Made ir -Open -
heirfh-S t es.1 243
EMODS OF STUDYIXG THE QUALITY OF METAL
Love, X.F. and The Composition or The
Carbide Phase
1-0--r,oi-Carbon Unalloyed aftd I.-alloy
Stools 25T
Elkitina, 0.1., X.O. S and ZjD,.
Nkroshnichenkp. D4tsrml Ing-_
261
11" concentrations of Elements in Steel
by Spectral Methods
ATAILABL19 Library Of Congress (Tx 6aT.T4)
T14 4 c
Card 6A 9"2 1/59
1-1)

SOV/ 137-58-9-19970
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr
9, p 269 (USSR)
AUTHOR: Besedin lww~
TITLE- Use of a Normalizing Heat to Prevent Flaking in
Railroad Rails
and Simultaneously to Improve Ductility and Toughness (Prime-
neniye normalizatsionnogo nagreva dlya predotvrashcheniya4
obrazovaniya flokenov v zheleznodorozhnykh rel'sakh pri odnov-
rernennorn uluchshenii plastichnosti i vyazkosti)
PERIODICAL: Metallovedeniye i term. obrabotka. Moscow,
Metallurgizdat,
1958, pp 229-239
ABSTRACT: Investigations show that hydrogen blow of Bessemer
steel in
the molds increases its resistance to flaking and raises HB
from 277 to 287 on the average. Cooling the rails (R) in water
after rolling markedly increases the number of flakes (F) and
changes the orientation thereof. When the steel is cooled in
air, the F are parallel to the direction of rolling, but in
sur-
face hardening or quenching of R frorn 6000C in"water, the F
are perpendicular thereto. Normalization or surface harden-
ing with reheating prevents formation of F and reduces any
Card 1/2 tendency of the steel to cold-shortness, while its ak
is

SOV/ 137-58-9- 19970
Use of a Normalizing Heat to Prevent Flaking in Railroad
Rails (cont. I)
increased from 1.25-1.76 to 3.13-3.5 kgm/cm2 at 200 and
from 0.79 to 2.31
kgm/cmz at -300. The impact st,,ength, also, is
increased significantly.
Two normalization heats totaling 45 minutes together are
recommended for
the prevention of F formation in R of alloy or carbon
steels subjected to
hardening. The authors also recommend that C contents of
normalized
Besserner rail stock be increaSL-d fi-oni 0.50-0.73 to
0.65-0.81YO, and that C
be 0.50-0.600/6 in R. that are to undergo surface
hardenin,a.
F. U.
1. Tracks (Railroad) ---Processing
4. Heat--Applications
2. Steel--Properties 3.
Card 2/2

SOV/ 12 9 - 5 Q, - 2 - 3 / I ---
AUTHOR: Besedin. P.T., Candidate of Te,-,hnical Sciences
TITLE- Causes of Formation of Flocau"i in Steel (Prishiny
obrazovaniya flokenov v stali)
PERIODICAL: Me-ballovedeniye i Termicheskaya Obrabetka
Metallov-
1959, Nr 2, pp 14 -- 18 (USSR)
ABSTRACT: According to the view of the author, flocculation
in
steel is possible only if the following ~-,onditions are
fulfilled simultaneously: if the steel has a certain
specified quantity of hydrogen for a given --hemical
composition; if the C-Latenite of the stee-1 is rmne to
considerable super-cooling and to. more :complete trcuis--
formation; if, during the time of cooling of a
relatively massive component after hot shaping., the
heat stresses are not eliminated to a considerable
extent. If any one of these --onditiong is not fulfilled
or if the influences of these -,onditions are weakened,
no flocculi will form in the steel,. Lcw sensitivity to
flocculation in austentic and ~Lerritic steel is explained
by the absence of structural transformaticns and thus
of inte--structura'L differenf~es in the cencentratien of
Cardl/4 hydrogen and by the fact that the re~~iduai stresses
are

Causes of Formation of Elc._-culi in Steal
SGV~29-59-2 .7,1"
considerably lower in these steels than they are in
martensitia and pearlitic si'--eels~ In the aase CJ
pearlitic and martensitic steels, the quant-ity of
h,ydrogen necessary for f_1c,.-.cr4!at_.'Lon w-11"I be the
lower.
the higher the hardenir~g abil-t.y of Uie steel.. T h e
hypothesis that flc,,~_,ulatioyu iz5 dae to the p.resence in
steel of hydrogen and struct~~ra__" st--oes5es leads, te
known
methods of combating flocclulat-ion. nz-3-mely-. by slow
cooling or isotherma7. coollng n-P all
sensitive grades cf Steel, -4--re.-,pecti-ve cf the degree
of
stability of -the super-z,:cled auztenire. On the basis
of theoretical assumptAons re-,a-ing to the changa in -he
dixer,tion of diffusicn of the kydrcgen with dep-~-h during
cooling and heating and on the inflaenc,~, cf heating with
.rer,rystallisation on the stabil-,ty cf super-coo."'Led
austenite, normalisation annaal_~ng experAment..; wera
sarried out for the purpose of preventing f1cr_c,_,lation
in railroad rails and, simultaneously. limmprovLng their
physical and mechanical prcpexrtlies, In -.he experiments,
the liquid steel. in the ingot mo4lds was b1cwn through
with hydrogen at a rate of g of steel for -the
%lard2/4

Causes of Formation of Floccul-i in Steel
SOV/129- 59-2 - x f"6
purpose of critically increasing its flo-l-lulation
sensitivity. 10 ingots thus pzodaced from varlcus
heats were rolled into rails from which 50 cm pie.--ez-:
were cut in the hot state. After rol;ing, a part of
'he specimens were cooled down to 20 in still ai-r
part of the specimens were quenched in TtvaTer from ths
rolling temperature and part we-re --ooied to 600-500 C
and then quenched in water and a further part of th-
specimens were cooled in still air down tc 300-4-50 8C
and., following that, they were subjeSzed to normalisation
annealing in the furna.-,e at 800-840 C; the total
heating time of the rail specimens in the furnace was
30 min. Normalisation annealing pro-,red tc hwre a --,rery
good effect; no floiz~cuii were observed in "he rail
speoimens after normalisation annealin& whilst i.r, rail
specimens from the same ingots, flc,zcu.~i wexe detected
(see Figure 3) after cooling to 20 '-C -in StIL11 alr,
Artificial saturation with hydrogen increases sharply
the flocculation sensitivity of rail steel. The
orientatior. of the flocculi depends direz-,ly on the
Card3/4- method and degzee of coo"L.Mg., In Specimens
-oo'ed in

Causes of Formation of Flocculi in Steel
.3,/ ~ 6
0"0V/129-59-2.
still air, the f1cccul-1- are orxeiitated paral-le! to the
rolling axis, whils"";- in spec".mens qu,~nched from tlie
rolling temperature, the are in a dire:tion
perpendicular to the rolling- axis.. A hiC_h_e_n iz,,arganeie
content and a h:"Lshc-r a'leraGe hard-ness were ._bserv-_zd
for steels produoed from heat.r. whih werE ~,enoitr~.,e to
f locculation than for heal- f,r whil-h ri~' flecculation
was obser-~-ed. It is concluded that stee-13 .~a-n be sub-
divi'drzd int-o groups with diffeT~Ans tc
flocculation, depending en the degree cf stab.'~-12ty of the
super-Cooled austenite (hardenab-'1A..i_t,'-,). It was found
that
accelerated methods of heat *L,reatment can be used. whi.-Ii
sist of a single ox, double rormal-isatif--n annea 4 ng
on.
afte_r hot shap-i-ng for the purpose of pre-,,enting
fiecculation
and simultaneously impzoviLng the physical and
properties of the material- There are 4 figurt~.-3.
ASSOCIATION; Ukrainski7 nauchno-issiedovatel'sk-4y inst-itu-'
Card LL.14 (Ukrainian Scient-ific-resear.---h

ALEKSANDROV, P.A., doktor.teklui.natik; BESEDIN, P.T.,
kand.tekhn.nauk;
FILONOV, I.G.; SOROKIV, A.A.; KAIWURIII, A.M.; CHMM, P.P.
Tempering rail heads along the total length. Pat' i
put.khoz. 4
no.8:15-16 Ag 160. (MIRA 13:7)
1. Ukrainskiy institut metallov (for Aleksandrov,
Besedin).
2. Glavnyy inzhener Metallurgicheskogo zavoda im.
Dzerzhinakogo
(for 7ilonov). 3. Nacahllnik takhnicheskogo otdela
Metallurgicheslsoj~o
zavocia im. Dzerzhinskogo (for 5orokin). 4. Nachallnik
metal-
lurgichaskogo zavoda im.Dzerzhinskogo (for Karpunin). 5.
Nachallnik
rellsobalochnogo tBekha Metallurgicheskogo zavoda im.
D2er2hinskogo
(for Chepelev).
(Rai Iroado --Rail,,'
(Tempering)

_A1132DIN, F.T.; ORESHKIN, G.G.; SOROKIN, A.A.;
KARPOIN, A.M.; CHWELIV,
P.M.; VASIL'YEV, A.F.: KUTS-MO. A.D.
Mastering and introduoing at the Dzerzhinsk Plant
normalizing and
sorbitizing practices for rails along their entire
length. Stall
20 no.10:946-953 0 160. (MIRA 13:9)
1. Zavod im. Dzerzhinakogo i Ukrainski7
nauchno-issledovatellski.7
insti'Llut metallov.
- (Railroads--Rails)
(Daeprodzerzkinak-Annealing of metals) '

BESEDIN, T-t-Z-; SOROKIN, A.A.; FILONOV, I.G.;
JKARPUNIN, A.M.;
UREFELM, P.M.; SHCHERBINA, P.A.; AVDFYEV, M.G.;
KUTSE?iYO,
A.D.; TSELYUKO, V.I.; CHERMIGH, Ye.M.; ORGIYAN, V.S.;
CHERNETA, Z.A,
Improving the technology of the heat treatment of rails
at the Dzerzhinskii Plant for the purpose of increasing
their durability in tracks. Stall 24 no-5:445-"8 My
164.
(MIRA 17:12)
1. Dneprovskiy metallurgicheakiy zavod im.
Dzerzhinskogo i
Ukrain8kiy nauchno-issledovatellakly institut metallov.

KkRPUNIN, A.M.; PROSVIRTN, K.S. BESEDIN, P.T.;
ORGIYAN, V.S.;
RAPTIZMANSKIY, .1 V.I.; REKHLIS, G.N.
p
Rails made of low-alloy, acid, Bessemer steel. Stall
24
no.5:448-451 Fq 164. OCRA 17t12)
1. Dnaprovskiy metallurgicheakiy zavod im.
Dzerzhinskogo,
Dnepropetrovskiy metallurgicheBkiy institut i
Ukrainskiy
institut metallov.

CHIKLEYEV, S.; PAVLOVSKIY, M. (Kemerovskaya obl.);
BOCHKOV, A.; faiARI.TfjNO',,-
I.; ZOLOTENKOV, V. (Yakutskaya AS~R), KONIOBEYFI, A.
(Bazarzic-
Karabulanskiy rayon, Saratovskaya obl.); VOLKOV,,
I.-,'BESEDIN S.
(Omsk); NOVIKOV, P.; GRINEV, V.; SODDPENKOV, P.*;
ALEKSF
YEV.
TOLKOV, I. (Rostovskaya obl.); KOSTENKO, P.; NOVIKOV,
A.,
instruktor profilaktik-4 (Shumerlya, Chuvashskaya
ASSR,I
Reader's letters. Pozh. delo 9 no.11:30-31 N 16-,
(YE-RA 17;1)
1. Nachallnik pozharnoy okhrany Klinskogo kombinata,
Moskovskaya obl. (for Chikleyev). 2. VneshtaGnyy
po-zharnyy
inspektor, predsedatell Simferopoll-okogo rayonnogo
komiteta
Dobrovollnogo obshchestva sodeystviya ar-miJ, avlats-i
flot
L
(for Alekseyev). 3. Nachallnik otdela
Gosudars'.Vennogo pczharnogo
nadzora,, Sverdlovsk (for Kostenko).

KONEV I., podpolkovnik; ~IESEDIN, V. , inzil.-kapitan;
TAYtASOV, V. , i.rjzh.-
I kaljitan -,. 1. 1
1n a complicated situation. Av.i kosm. 46 no.2:55-57 F
16.1,
(I"IRA 17:3)

KALEN:'OVICII, Vf-.; AYVAZOVSK1Y V.; CHUDINOV, N.
(Sverdlovsk.); GENDEL'SHTEEYN,
M.; BESEDIN, V., dispatcher
Problems of a trip ticket. Avt.transp. 42 no.12:33-3(~
D 164.
(MIRA 18:4)
1. Krymskiy avtotrast (for Kaler-kovich,
Ayvazovskiy'). 2. Starshiy
ekonomist KiyevsRogo gr-uzovogo a-vtoparka No.29 ~fc:-
Gendel'slitayn).
3. 3--ye Ki-asnodarskoye gruzovoye avtokhozyaystio
(for Besedin).

S/081J62/000/023MO/120
B124/B101
AUTHOR: Besedin, V. A.
TITLEi New methods of corrosion-resisting coating of gas
pipelines
PERIODICAL& Referativnyy zhurnal. Khimiya, no. 23, 1962, 410,
abstract
2W22 (Tr. Gorlkovqk. inzh.-stroit. in-ta, no. 41, 1962,
41-47)
TEXT: A review. The application of n6w polyethylene coatings to
protect
pipelines against corrosion is reported. [Abstracterts note:
Complete
translation.]
Card 1/1

GATRISH, Valentin Ivanovich-, BESEDIN Vasiliy
Fedorovich; LISTAIISKIT,
, _ _ -_- -
Ya.H.. otv.red.j GOLMMMIKOVA, d.S., red.izd-va:
BMESLAY-
SKATA. L.Sh., takhn.red.
[Coats of the Donets Basin coal] Toprosy
sebeatoimoati
donetzkogo uglia. Moskva. Goo.nnuchno-tekhn.izd-vo
lit-ry
po gornomu delu, 1959. 136 p. (MIRA 13:2)
(Donets Basin--Coal mines and mining--Costs)

BISIDIN, V.Y., gorn" insh.; IVASHKO. V.A.,
gorrqy insh.
Methods for adjustiDg coal costs in mines.
Ugoll Ukr. 4
no.4:37-39 AP ,6o. (KERA 13:8)
(Coal-Cosats)

N vy inxh.
_~_ , V.P.,--g-orn.
Analysis of coal costs Itemised by operations. U901'
35 no. 12-48
D '60. (MIRA 14:1)
1. KharIkovskly gornyy Institut.
(Coal mines and mining--Costs)

a,SEDIN ) V. I., inzb.
Automatic log sorting. Mekh.i avtom.proizv. 18 no.
5:42 My 164.
(MIRA 17:5)

Multiple-position
avtom. proizv. 19

4WTHORS:
TITIE:
VERIODICAL:
V,9NO I/ I
S/144/63/000/001/002/004
D230/D308
Kalyayev, A.V., Candidate'of Technical Sciences,
Docent, Obrosov, I.I., Candidate of Technical Sciences
Docent and Besedin, V.I., Engineer, Senior Lecturer
Output printing device for a digital differential
analyzer
Izvestiya. vysshilrh uchebnykh zavedeniy. 'Elektromekh-
anika, no. 1, 196~3, 35_38~5_~Z
TEXT: The output printer described is used in conjunction
with an-ordinary suming 10-key machine of the ty?e CAM-107 (SDN-
107). In the operation, the number is set by means of digital
keys.
The device is capable of 'printing the decimal number on a
paper tape
70 mm wide. Addition or subtraction is perfomed by pressing the
appropriate 11+11 or 11-11 starting keys and the action. is
electromagnet-
ic. The estimated printing speed is 0.4 see, without taking into
account the number.starting time, The instrument is designed to
have.
five-figure accuracy of the printed results of calculation; the
num-
Card 1/2

Output printing device
sA44/63/000/001/002/004
D230/D308
bers are keyed successively, starting with the higher order. Each
figure is fed to a decoder in a binary-decade code, the negative fig-
ures being introduced as an addition. In the case of a positive re-
sult, a positive signal is applied,to the printer to coincide with
the-first figure of the mmber; this signal persists -until the re-
sult has been printed. In the case of a negative result, there is
no positive result on the printer,. The operation of the printer is
explained with reference to a functional circuit diagram. Tbe experi-
mental results-show that approximately 2 seconds are required to
print one number. In comparison with other printers, advantages on
grounds of economy, simplicity and compactness are claimed for the
device described. 71~erc -are 2 figures.
Taganrogakiy rad-iotekhnicheskiy institut (Taganrog
Radiotechnical Institute)
October 17, 1962
Card 2/2

BESEDIINY V.V. , dotsent, kand.geologo-mineral. nauk
[deceased]
07
Stratigraphy of iron ore areas of the Krivoy Rog,
Kremenchug, the
Kursk Magnetic Anomaly, and northern Michigan. Sbor.
nauch. trud.
KGRI no.7s45-55 159. (MIRA 16:9)
(Geology, Stratigraphic)

1311SEDIN. V. T.
Genesis of quartz in the iron formations of Krivoy Rog.
DDkl. AN
SSSR 112 no-12:329-332 J& '57. (KLRA 10:4)
1. Predstavleno akademikom D. S. Urzhinsklm.
(Krivoy Rog--Iron ores) (Qwtz)

RUMANIA Cosmochemistry, Geocbemistry,
Hydrochemistry. D
Abs Jour: Ref Zhur-Khimiya, No 18, 1958, 0605o6.
Author V. V. Besedin.
Inst
Title Genesis of Quartz of Krivoy Rog Ferroginuous
Quartzites.
Orig Pub: An. Rom.-Sov. Ser. geol.-geogr., 1958, 12,
No 1,
34-38.
Abstract: Translation. See RZhKhim, 1957, 63342.
Card 1/1

B&BAYEV, V.I., inzb.; ELIKINA, T.S.,, inzh.;
BESEDIMA, K.G., inzb.
Determinir4g the amount of gasoline and alcohol in
water-and-
alcohol s4utions of the alkyl sulfates of secondary
schools.
Masl.-zhir.prom. 28 no.12228-29 D 162. (MIRA 16s1)
1. Shebekinskly kombinat sintoticbeakikh zhirnykh
kislot i
zhirnykh spirtov.
(Oils and fats) (Alcohols) (Gasoline)

ELIKINA, T.S., inzh.; BABAYEV, V.I., inzh.; BESEDINA,
K.G., inzh.
Obtaining methyl(ethyl) eaters of fatty acids in the
presence of
trivalent iron sulfate. Msl.-zhir.prom. 29 no.7:26-27
Jl 163.
(MIRA 16-.9)
1. Shebekinskiy kombinat sintoticheskikh zhirnykh
kislot i
zhirnykh spirtov.
(Iron sulfates) (Acids, Fatty)

BABAYEVY Vi,.I.p inzb.; FLIKINAp T.S., inzh.,-
BESEDINAp K.G., inzb.
I-MWW-Tso- ~11-
Esterification of synthetic fatty acids by raethanol
in presencq'#f
sulfuric acid.. Report No.2. Masl.-zhir.prom. 30
no.203-34 'F
164. (MIR& 17.3)
1. Shebskinskiy khimicheskiy kambinat.

BABAYIEV, V.I.; ELIKINA~ T." HU 'TOW, I.Ye.;
BESED:!'~., E.G.
thsinj~ still bottomn in *IbO prodiletJon 04'
symhetic fatty acidS
from, laraffir. lleftep(,~j-.
no.5-8-13 165.
( 1~ I L R.A .18
1. Slichebekinskiy Milmicheskly kombinat.

R e f ~-7.vir I'lo 1r958,
inst .... ..........
of Ci-iste-to and Di-ul.-nal 'Oeschn
Title n CG a rb
-Lh~, -'Sz,.ntern Caucasian
Ori~~ TI'Lb Tr. i.)rolUvochurm. -in-tn
-25-14,1
Abs~vact F r --,r -, 1,",47-1952, 11,7633 fiens. (1P
soccics) a-, weil -7, 14U5
hamasic anO
rom
.litch ~~.Imbit, the en'Urc ~~rc-
rin~-, all zza~ons of the ycl-r, V,,iL-, ;.ii
duxin:~ -~he and G-)-,,,tors~y- ;a
of the caucaml- infect, only
nmr Kmm and rno aide foimd oiii.y
Car"-. ~!'p

vih,
of th
uh

DARSKAYA, N.F.; BESEDINA, K.P.
Possibility of feeding fleas (Suctoria) on
reptiles. Trudy
Nauch.-inal. protivochum. inst. Kav. i Zakav.
no-5:33-39
161. (MIRA 17:1)
1. Gtdel parazitologii i meditainskoy zoologii
Instituta
apidemiologii i mikrobiologii AMN SSSR i
Arallskaya proti-
vochumnaya stantsiya.

BESEDI tilt , -1-'.
Tacrwal an-i 61vlocatlon 3trp3ses in v-,r3indfical
an." conic
Vop, zri~,,kh~ rarl. tver~, t(32a no.,3:95-101 164.
(MiRil 17:11)

AZBOTKIN, G.I., red.; BESEDINA O.S., red.; GIL',
B.V., red.:
DULEYEV , Ye.M. 0.M. , red. ; KOGZ , G.'Ye.
red.[deceasedjp- KUZNETSOV, P.L., red.; LEVIN,
F.D., red.;
SLANSKIY, D.A., red.; 'IELKOV, I.K., rod.;
KOI-AROVA, L.,
ved. red.; K11RYASTOV, Yu., ved. red.
[Contribation of young specialists to the gas
industry]
Vklad molodykh spetsialistov v gazovuiu
promyshlennost'.
Moskva, 1964. 459 P. (MIRA 18-.3)
1. Russia (1923- U.S.S.R.) Gosudarstvennyy
proizvodstvenny-y
komitet po gazovoy promyshlennosti.

BESEDINA, L.G.; BALYUZFK, F.V.; SH&LUMOVICH9 V.N.
17- -..- --
Determination of the viability of vascular
homotransplants by the
method of fluorescence microscopy. Xhirurgiia 35
no.8:63-67 Ag
'59. (MIJ-1 13:12)
(BLOOD VESSELS) (FLUORESCENCE MICROSCOPY)

a Oman In tilt im~~ M

:

I:zt;).: SbomiR w5i.
'

Zhur..
Md. 1955, No,313&-In m8tin
-'in ~-'ua
t
bla
ill
in
rupa
itb 0 I
*

w
e
a.
n
t
g w
Sa5-U2gjh
ared to blowing in thch~lb decmws tb- fluMily 0
cmup.

-In-mas-ts Lhc =,w4uraption-61 0 (upto
!the ca3t1m,
t

cu. Mi Ter ton of Irou), requims add-al. ux of FP-Si. and re-

up to
M-17%ruorr fueJ to obtain 2 temp. of

the
r=t Iron in thc: spout. In blowIng with 0 in t1he

the Cmmt=t remain:;
W -6 and the Si con

~tent- can be lowma to 2--3.DD7, 31i than t Lbe
lea r 4 Jorma-

tlxi of a whitc PUIFftox 4CMIti 'Alais

BESEDINA, M, -G,
23680.
VOSFA-TTELINYKH PROTSESSAKH FRI PARAKE TOI.c'M-Gn-
KI~TEMVI-KA. KHIRUHGIYA, 1949
No. 7, 9. 80-82.
SO: LETOPIS' NO. 31P 1949

SPIRIDONOV, V.V.; RESZDINI, O.S., red.; OLERSKIT,
Te.Ye., teldm.rado
[Testing the bearing capacity of bent compressional
concrete
construction elements] Issledovante nosushchei
sposobnosti
oshato-izognutykh betonnvkh elementov. Moskva. Otdel
nauchno-
tekhn. informatati. 1958. 23 Pe (MIRA 12:2)
(Concrete slabs-Testing)

BULGAKOV, Anton Viktorovich; XAKMHTRN, A.G.,
kand.tekhn.nauk, red.:
IUA, O.S., red.; OUR IT, TeJe., takhn.red.
[Overhdad gRs pipelines with self-compensating thermal
stresses;
construction and maintenance] Nadzemnye gazoprovody s
samokompen-
sateisi temperaturnykh napriazhenii; opyt stroitellstva
i eksplu-
atataii. Koskva, Otdel nouchno-takhn.informatsii, 1959.
71 p.
(MIRA 13:9)
(Gas, Natural--Pipelines)

BAUN, S.A.; BESEDINA, Ye.M.
UBe of cetpmiphen in hypercbolesteremia in
diabetlej.i,robl.
endok. i gorm. 10 no-5:7-10 S-0 164. (1,11IRA 18:6)
1. Klinicheskiy otdel (zav. - kand. med. nauk L.I.
Lobanovskaya;
nauchnyy rukovoditell - prof. M.A. Kopelovich)
Ukrainskogo insti-
tuta eksperimentallnoy endokrinologii (dir. - kand.
med. nauk
S.M. Miqksimov) i kafedra endokrinologii a
patofiziologiyey Ukra-
inskogo instituta usovershenstvovanlya vrachey (dir.
- dotsent
I.I. Ovsiyenko), Kharlkov.

.BFSP*I)INA, Ye.M.; BALF1, S.A~
Effectivenasm of some cholesterol-raducing substances
In cholesteremia in patients with diabetes mellitus. Trudy
Uk-r. nauch,
is8l, inst. eksper. andok. 19:114-119 164. (MIRA 18:7)
1. 1z klinicheskogo otdola Ukrainskogo instituta
eksperimentallnoy
andol-minologil i kafedry endokrinologil Ukrainskogo
instituta usovershenstvo-
vaniya vrachey.

BESEDINA, Ye. M., Cand of Med Scl -- (dies) "Treatment of
tyrotoxicosis
with radioactive iodine." Khavlkov, 1957 16 pp (Khar'kov
Iliedical
Institutle), 150 copies (KL, 32-57, 97)

BESEDINS, G.; PURINS, V.; VOLBERGS, K.[translator);
R1NKS, E., red.;
CAKSS, J... tekbn. red.
(Economic relations of the Latvian S.S.R.] Latvijaa
PSR ekono-
miskie sakari. Riga, Latvijas Valsts izdevnieciba,
1961. 85 P-
[In Latvian] (MIRA .14:12)
(Latvia--comnerce)

GERASIMOV, D.S., sostavitell; As WQM--A-Ir-.-V-daktor,
BIRTUKOV, V.T.,
redaktor; FECHMIN, I.T., tekhnicheakly redaktor
[Collection 25-T of departmental norms and wages for
assembling
machines, equipment and power apparatus for stock farms]
Sbornik
25-V vedomstvannykh norm i rastsenok dlia rascheta a
rabochimi z&
montazh mashin. oborudovaniia i energetichaskikh
ustanovok na
zhivotnoyodcheakikh fermakh. Moskva, Izd-vo Ministerstva
el sko 0
khoziaistva SSSR, 1956. 271 P- (Z i0:15
1. Russia (1923- U.S.S.R.) Glavnoye uproyleniye vodnogo
khozyaystva.
Normativno-iseledovatellskaya stantsiya.
(Farm equipment)

22(l) SOV/99-59-2-10/12
AUTHOR: Besednov, A.V., Engineer
TITLE: Placards Illustrating the Mechanization of
Hydraulic
Engineering and Melioration Operations (Plakaty po
mekhanizatsii gidromellorativnykh rabot)
PERIODICAL: Gidroteklinika J. melioratsiya) 195% Nr 2,
PP 54-61
(USSR)
ABSTRACT: The author describes 20 multi-color placards
illus-
trating the mechanization of hydraulic engineering
and melioration oparations. They are intended for
training students of the ab 'ove subjects. The pla-
cards were designed by the following institutions:
1) VsesoyuznyY nauchno-issledovatellskiy institut
gidrotekhniki i melioratsil (All-Union Research In-
stitute of Hydraulic Engineering and Amelioration);
2) Giprovodk-hoz; 3) Gla,7vodkhoz MSKh SSSR; 4) the
Normative and Research Station. These placards,
shown in the city of Urgench at the Ob"yedinennaya
Card 1/2 Vsesoyuznaya nauchno-proizvodstvennaya
konferentsiya

SOV/99-59-2-10/12
Placards Illustrating the Mechanization of Hydraulic
Engineering
and Melioration Operations
po voprosam razvitiya vodnogo khozyaystva v Khorezm-
bkoy oblasti, Uzbekskoy SSR (Joint All-Union Scienti-
fic Conference on the Development of Water Resources
of the Khorezmskaya oblast', Uzbekskaya SSR), met
with high approval on the part of those present.
There are 6 photos.
ASSOCIATION: Normativno-issledovatellskaya stantsiya
(Normative
and Research Statlon)
Card 2/2

RAFIN, T~' LW.
- I ------ -
:11,JrF,, TJ~hes I'--- .." -- -
_ alld !, a - ~n ~ I' of
Po mr. I v . j fii-l_ ok~i ~;. BOV L!," -iJ ? I A "
:Nv -~j *'A~~10`
~ ... I i

BESM)NOV, L. N.
Some data on fishes associated with drifting matter in
the Pacific
Ocean. Trudy Inst. okean. 41:192-197 160. (MIRA 13:9)
(Pacific Ocean-Fishes)

OSPMARIN, P.C.; PESFDNOV, L.N.; FAM RUAT; NGUYPN
EHYONG; FAIMIJUN, JI.M.
Cases of finding eels in other fishes. Zool. zhur. 40
no-12:
1896-1898 D 161. WRA 15:3)
1. Viet-Nam Research Exploration Fishery Ranagement
Expedition
of the Facific Institute of Fisbery Management and
Oceanography.
(Eels)

BESEDNOV, ~.N.
Brief characteristics of the ichthyofauna in the Gulf of
Tonkin
(North Vietnam). Vop. ikht. 3 no.2:222-242 163. (KRA
16:7)
1. Tijhookeanskoye otdeleniye Instituta okeanologii All
SSSR
Tikhookeanskiy nauchno-issledovatel'skiy institut rybnogo
khozya,ystva i okeanografii (MRO), Vladivostok.
(Tonkin, Gulf of-Fishes)

BESEDNOV, L.N.
Materials on the ichthyofauna of the! coa!3t nf --,~ he
-
J. , 3ay
from the Bronze Age. Trudy Inat. okean. '63.(MIRA l7t2)

112-57-8-.16776D
Translation from. Referativnyy zhurnal,--Elaktrotekhnika,
1957, Nr 8, p 120 (USSR)
AUTHOR: Besednov, M. V.
TITLE: Investigation of the Applicability of Plow-Type
Electric Tractors in
Irrigated Cotton Growing (Issledovanlys usloviy primeneniya
propashnykh
elektrotraktorov v polivnom khlopkovodetve)
ABSTRACT: Bibliographic entry on the author 'a dissertation
for the degree of
Candidate of Technical Sciences, presented to Energ. in-t AN
UzSSR (the
Power -Engineering Institute, AS. Usbok SSR), Tashkent, 1956.
ASSOCIATION: Energ. in-t AN UsWR (the Power -Engineering
Institute, AS Uzbek
SSR)
Card 111

BESEDNOV, N. A.
MR/Hydirology - Soil Improvement Fet 51
"Experience in Constructing and Paploiting Deep
Pipe Drains for Improvement of Salty So:L18 in
Azerbaydzhan," N. A. BeseAnov
"Gidrotekh i Meliorat!' Vol III, No 2) pp 34-45
Outlines constr and application of drain pipes
by using cheap i4aterials.
176T53
li'6T53

A.
USSR/Hydrology - Salty Soils Oct 51
"Drainage During Improvement of Salty Soils," N.
A. Besednov, Cand Agr Sci
"Gidrotekh i Meliorat" Vol III, No 10, PP 3-12
Some agricultural regions of USSR are salty or
require prevention of salting. Improvements are
based on balancing of underground water accord-
ing to plans of A. N. Kostyakov ("Nauchnyye-Za-
piski" Vol XIII, 1941 Moscow Inat 9f Hydrol imeni
/Villyams) and according to the scheme of geomor-
phological regions as proposed by Acad V. R.
Villyams C'Pochvovedeniye" (Soil Science) 1946).
191T65
!Q!1103

0 FS ED

USSIR

-C n "r
Vy life solonchAL soft,

Ith a high ivaii~r whic 001 ITI n0to alt

;.-:3b).Tt to rrart-ing. Thb miditim; may I?r, utilized W

JCDM~,jlfg
file 5MI49 'Abkh OCCUMUlAt Olt Oil! '011M of thcIt

cruk-S with little
dangEr of tlle~ hilluedlate rctilm 1)), capil-

lary actimi whkh 6 Ycry
Efow fit thtu ~loifs. Auulysrq of the
z
valt content bt the patind
w4tcr Imalrd 1.0 tit, below the

5wfpi:t. dFrIll-ite butcr, awl
Itflpthm Nsatll. -,Ilo%V thm

derp d'-jitmSe is nal Very effeetivL. In
rVillovIlig Olt lails.

'With sbAllow dn--ins mare dminar, con t-e
obtained. In

thh mamirr IN c1anke of cutium In tht. "chillige crytr-

ykx L; I,) the dircccim ;I removing file Na loits.

ml

BESEDNOVI N. A.
BESEDNOV, N. A. -- "The Dr44page of Salty Soils in the
Kura-Araks Low-
land." AcadmV of Seance USSR. Soil Institute imeni V. V.
Dokuchay-~,v.
Moscow,p 1955. (Dissertation for the Degree of Candidate
in Agricultural
Sciences.)
So; KnIzhays. Ioetopis' No 39 1956

A
e me n
;Mt, chictly N!%CI, with it wAlur -~)I
A L
allned by irrigaficn and
ge, the Latt,= 1-' a-i 4 M. th,
-alt is O-C'S". ,t ICA) dptil. 10 17--'1
[it 8"j-7N cm , iund
I CW Uiid~-, the midition5 Qf ~.h- ?Itv
of h--c%ing ~~I!; -S." 0".,: will: J
t tow S~ot ~n SM-1, th~ -Unt. of irrigaticri watcr :-~~Iuirta pa
ca. m.; "Vith 4OW-En'r-) cu. m.;.
W CU.
with LO~!,;oCj7 bEtm,) JPL M.; Wan 7, IU,LW

Numn; PEOEDNOV, Nikolay Alckaan4vcvIch
Dleaertation: Drainage of the Salt Lands of the
Kura-Araksin Lowlands
Degree: Doe Agr Sci
Affiliation: Azerbaydzhan sci nea Inst of Hydrau-
lic Engineering and Amelioration
Defense Date, Place: 15 Feb 56, Council of Soil
Inst Imeni
Do.kuchayev
Certification Date: 13 Oct 56
source: BIAVO 6/57
25

USSR/Soil Scicncc. Tillrge. ),'eliorrtilon. Erosion. J-5
Abr Jour : Rof Zhur - Biol., No 10, 1958, No 43882
Author : Besednov N.A.
Inct -i-TE-c-S-oi-T-In-s-t-11-urc of the Act-demy of
Scioncoc U6"R
Title : The Wnshing rnd Drvimgc of Honvy Solonot2 rnd
Solonchrk
Soilr.
Orig Pub :Tr. Pochv. in-tr, AN b6SR, 1957, 52, 123-219
Ab--trvct :Tests on the nelior-tion -nd roalmrtion of
Enlino milE
wcra in-du in 1937-1939 rt the Mugrmkry- Exporinentrl
Moli-
orc~tion Strtion in the Azarb-vdzhrn SSR. The colonatz rnd
solonchrk soils of the strtion wcro distinguiFhed by their
elry rnd hcrvy lorn nechrniccl eoripo.~ition with r
content of
p,-rticlcc< 0.01 -m. of tho up to 85%, whcreby p-rticlos
< 0.005 r,--. wore 50%. The soil.- were chrrrctr-rizod by
Fulfrto
vrlinity vrith r store of wntor soluble sr-Itc I thick
rvcrrginz 2.5% (- 300 t. per hr.). In the crtion portion
the sr1inity is of nvgnoriur, crlciui, sodim. The htrue
content in the soil iv 0.59-3.86%, the crrbon-to content
2.4
Cr,rd 1/2
37

USSRISoil Scironco. Tillf-go. Moliorption. Erorion J-5
Abe Jour i Rof ZhDr - Biol., No 10, 19% No A5882
7.0'/',, the pH vvluc 7.1-7.5, the oxchrm~3 c-prcity
rarcheE
40 ,.~.illicquivrlentr, whereby the conbent of
cxch-nEc,blc Nr~
ctt,-im, io-20% of tK~ exchrngo erprcity. The wilting
point
for there soilF! is 16-20%, the volmo vicight
0-78-1-~5, the
porofity iE 42-70%. The high vclucr of these indices
rro
omod by the arlino horizon. The coefficient of
filtrrtion
1~- 0.5 i-!.in 1 24-hr. day. The rodulus of drrinrgo
flow is
lov; only 5% of rll the wash-off flo-tv down to the
drninc.
The ground wctor level on the test plot Etnndc at
1.53-2.38
--j., rnd the ninerrlizction is 20-50 g. pcr liter of
dense
recid,oo irith r prodo-min-nco of rulfotos. The
IoE-,-Iting of
thcso soils crn be perfor-.-,od only rftor 3-4
%-xshings with
rctcE: of 1500-2500 m3 per hv. The nost cffoctivo
method of
*70liorrting thoso soilf is by -,otting 'Lip rrnll
drrinrgo nets
with r depth of 1 T-!., wr,,,hinF with r,-tc,,, -nd
Fubsequent.
drying o-ut of the soil (thor-rl frllow) nnd
ccrefully !-~ooth-
inm out the surfrce of tho field. RocIrnation cropc
which rrc
rccomondcd are brrloy, Hung-~rirn grcss and
rlfclfr.--S.A.
Crrd 1 2/2 Nikitin

BBSIDNOV, Nikolay Aleksandrovich; ORLOVA, V.P.,
red.; GURSVICH, M.N..
tekhn.red.; BALLOD. i.I., tekhn.red.
Nalamation of saline soils) KelloratB118 SasolOnDykh
POChv-
Moskva, Gos.isd-vo sellkhos.lit-ry, 1958. 147 p.
(KIRA 12:5)
(Reclamation of land)

AUTHOR:
Besednyy, V.A., Engineer 135-9-4/24
TITLE;
Transfer of
Titanium into Weld Metal in Are-Welding of Alu-

minum (0
perekhode titans. v svarnoy shov pri dugovoy avarke

alyuminiya)
PERIODICAL:
"Svarochnoye Proizvodstvoll, 1957, # 9, p 11-12
(USSR)
ABSTRACT.
The Sumy Machinebuilding Plant imeni Frunze has
introduced

a new welding technology for the higher-purity
aluminum grade

"AB-2l't with the use of a titanium alloy
electrode wire to

reduce the tendency to hot cracks. The
article describes

the experiments carried out for determining
the optimum com-

position of electrode materialt in which
aluminum "AB-211

was used in thicknesses of 25 mm, and the
electrode wire

corresponded to aluminum "AB-211; the electrode
coating con-

sisted of 50% 01~ 15% NaCl and 35% Na3A 1F6'
Conclusions

are made that with a 0.2 to 0.25% titanium content
Jn the

welding wire - which was sufficient to eliminate hot
cracks

the coefficient of titanium transfer into the weld metal
is

0.6 - 0.75. This coefficient does not depend on the charac-

teristics of the welding process, but it decreases with

increasing concentration of coating components and with
Card
1/2
higher titanium concentration in the electrode wire. The