SCIENTIFIC ABSTRACT KRYLOV, B. S. - KRYLOV, G. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000826820015-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ACC NR. AP6013368
AUT11OR: Krylov,_B. S. (Leningrad)
ORG: none
SOURCE CODE: UR/0370/66/000/002/011,.4/014','
TITLZ: Solubility of hydrogen In titanium
SOURCE: MI SSSR. Izvestlya. Metally, no. 2, 1966, 144-143
rOPIC TAGS: hydrogen, titanium, solubility
ABSTRACT; In order to determine the maximum solubility of hydrogen in titanitn,
use wns rinde of two methods based on phenomena associated with the changing electri-
cal resistance and Impact resistance of the metal as the hydride phase of titanitun
separates from the metal or dissolves In It. A special assembly was constructed for
?,;etunurine the solubility by the electrical resistance technique. Both methods were
shoirn to be suitable In principle for the determination of maximum hydrogen solubil-
1tv In titanium. In the case of titanium alloys, only the Impact resistance method
proved to be suitable. The maximum hydrogen solubility In the crystal lattice of
unalloyed titanium vaB determined In the 20-300% range, At these temperatures,
(taMny literature data Into account), the hydrogen concentration range within which
tho limiting hydrogen solubility for a series of alloys Is located was determined.
It vas found that the solubility changes with the composition of the alloy and the
UM 669.295

L 38972--66
F'-ACC NRi AP6013368
I to7nerature; as the latter rises, the solubility drops appreciably. Orig. art. hasi
1 5 figures and I table.
SNUB CODE: II/ SM DATEt lOSep64/ ORIG REFt 002/ OTH REF: 005
Caul 2/2//)L.P
4

KRYLCV,
festimr QI! tilling ~If r,,,,t.ary cemr.-Tit5tiOn
-,~A5 Ag; 1819)
furntt,.-.-~q. Atom. energ. ig ro.'2:20-1 ~- ~ 165. (MIRA

by

Tole 111r;.,~,Ih, Wirelous
'~~-~Xo No. 2, 1953.
9. Monthly List of Russian Accessions, Library of Congress, 1953. Unclassified.

MOV DIO,
Chamotertatias of tha disf.MbutIon of birdn of prey iri L~e 5&r-jd2)AI
basin of the central Tien Shan, Ornitologlig no.71203-208 165.
(KIRh ISM)
'-- v

FILATOV, I.G. (Moskva); KRYLOV, D.G.; USHAKOV, M.A.; BRAVERMAN, E.M. (Moskva)
Criticism and bibliography. Fiz. v shkole 23 no.4:95-161
J1-4 t 163, - (MIRA 171l)
1. Moskovskiy gosudarstvennyy pedagogichaskiy institut Imeni
V.I. Lenins, (for Ushakov).
Q-
~j
-1 21.

SMILVA, S.A.; CILABOVSKIY, V.I.; YOROZOV, Yu.V., SIM.K111, G.N.;
VASTWYEV, B.D.; KRYWV, D.G.; GOWVL%V, Yfi.L.
.Epizootiological Importance of birds in foci of tick-borne
encephalitis In the Central Urals. Ornitologila no.6sl26-
139 163. OURA 17t6)

-I,-I r I ; - -- 1 7 11 ~- - - -- - - - - -- - - -- ---- -- - - -
Sliuov~, S.A.; KRYIA)V, D.G ..I
- -
Iffeat of the clearing of forests on the role of birds as carriers of
ticks in foci of tick-borne encephalitis [vith summary in ftlish].
Riul. MOM Otd. biol. 62 no.6t25-29 N-D 157. (MIRA lltl)
(Ticks as carriers of disease) (Birds as carriers of disease)

ACC NRt AP7001075 ~P,4) SOURCE CODE: uR/6439/66/64-5/bol/61-3- 0 11-3.9
AUTHOR: -Krylovp D,,G,; Shvartsy Ye, At
ORQt Moscow State University,(Mookovokiy gosudarstvennyy unlversitet);~
Frunze Antiplague Station (Frunzenskaya protivochumnaya stantsiya)
TITLE: Certain peculiarities of the distribution of fleas In the
Insyk-Kul region and their relation to the distribution of rodents and
other mammals
SOURCE: Zoologicheskiy zhurnall v. 45, no. 1, 1966, 137-139
09,A).0 Ir" 4 /_
TOPIC TAGS: XMD7W2Z1d=. zoogeography, parasite flea,
alrb " &/d4c2G*.'C EWA.0&q
,09.Vi In d.-(- D1 -3 6 il ZC- , 6 E c0 49 X /? J00Y., C %2/P- W
ABSTRACT: Mammals and their.fleas found in an area near Lake Issyk-Kul
on the Tien Shan border were studied intensively for several years in
connection with an antiplague effort. The map In Fig. 1 shows the die-
tribution of some of these animals and their.fleas. More than 80,000
mammals and 138,000 fleas were examined. Mammal-flea associations
varied with species and with ecolog'ical zonation. Three flea species
were exclusively high-altitude species,
UD02595.775-599.32-~599-325:591.9
5t
'AN

. ki~AP700107
I
i
I i
Fig-.- 1. Distribution pattern of fous uauuals and fleas
along the lasyk-Kul divide

ACC NR'AP7001075
1 - Tien Shan forest souse; 2 - Afghan vole (911obius fus-
oooapiZZue); 3 - field uouse; 4 - wild boar; 5 - roe dear;
6 - Tien Shen birch mouse; 7 - Asiatic field mouse; 8 -
Siberian polecat; 9 - badger; 10 - P. irritane; 11 - C.
lebedeiii; 12 - A. rossioiz;-, 13 - P. naryni; 14 - Re SemenoVi;'
15 - Re glaoiativ; 16 - A, eibirioa; 17 - L. bidentata;
18 - P. atatau; 19 - P. tiflovi; 20 - A. dumalis; 21 - S.
ouknevil 22 - P elata qlabra; 23 - P. elata. slata P.
01ak pilosa, P: stata humid4l 24 - C. penioittiger syrt;
25 - Re meridiana; 26 - P. ioffi. Distribution routes are
shown by arrows* orig, art. has: I figure.
EWA-50; CBE B0- 3.41
SUB CODE: 061 StMM DAM none/ ORIG REFI 001

ZRABOTRTSKIT, 'ru.K.!IRUOV. (leningrad)
OrigIn of msdullari and meningeal lesions 'in tuberculous sponeqlitls
[with mzmnry in Inglish], Arkh,pnt. 20 no-7151-6o 158 (MIRA ilig)
1e Is laboratorit normallnoy i poktologichookoy morfologit nerynoy
IinteW (save - profe'ru*X. Zh^botiuskiy) otdolm pAtologichaskoy anatomil
(say, - ^kad. N.V. Anlohkov) Instituta eksperimentAllnoy meditsitq
A14N 959A.
(TUBMI'WSIS. SPINAL, pathology
spinal cord & meninges (RuRb

rMIXOT, O.T. (Xoscow);--XRTLOY, D.9, (Xoscow).
Isperiment in the study of the ultra-Wadozal phase in the clinical aspect
of psychogenio reactions. Zhur.vys.nery.daiat. 3 no.3:369-380 My-Je 153.
(MM 6:9)
(NerTous system--Diseases)

IRYLOV, D.E. ;" .;T~ ~r, ~r-- At T. , - -- ,,, - ~ , , ,
, ~ 1', A-11-1 ho central
Study on Impaired activity of the h1p;her segments of t
nervous system during the enrly periods of cloced bain ~njuriees
TruAy Instev7se nerve deist* Sar*patofisiole 5t232-249 158
(MI11A 11:12)
(BRAIN--WOUNM AND INJMIES)
(RPXLMMS)

'KULDV$ D,N.
for fruit growers in Dagbastan] V pomoshohl sadovodam Dagestanaj
kratkais. agrotekbniU vozdelyvanlia plodovykh kulltur. makhachkaU
Dagestanakoe knishnos iod-yo, 1957, 205 P. (MIRA 141101
(Daghsstai~._Fruit culture)
R

USSR/Cultivated Plants - Fruits. Berries. m-6
Abu Jour : Ref Zhur - Diol., No 20, 19A 91831
Author ; Krylov, D.N.
Inat : Daecstan Sciantific Research Institute of Aericulture
Title : Peach, Plun, and Apricot Stocks in DaGtestan-
Orir, Pub : Dyul. Hauchn. Taklin. inform. Dagestansk. n.-i6 in-ta.
a- Xh- 1957, No 1, 12-14.
Abstract : According to Uto data of studies mda in 1937-194! the best
peach stocks are peach and almnd. Severe chlomsia was
noticed on the plants L;rafted on the apricot and plun.
The best stock for the plun (Prunus donestica) to F'rtmus
divaricata. The pluii united poorly with the apricot.
A number of apricot varieties wnited p,~orly with the plur.
Frunus divaricata.
Card 1/1
U":MR/cultivated
Abu Jour
;Luthor
Inst
Title
ori3 pub
Planto - Fruitu--.Derrics. M
Ref Zhur Diol., No 12, 1958, 53790
Krylov, D*N.
VL I ' -'--
A New Method of Dindinq the Eyes in Grafting
Sad i oEprod, 1957, No 7, 49-50
Abstrnct In the ordinary Liethod of bin(lin(;, the ability of apple
tree eyes to root, in DaGestan wider strong wind coadi-
tions, was 40%. With a tijit lower bindinr.; the possi-
bility of the raiddle part of the cym to cone 10090 was
cliriinnted and the ability to tnke reached 80-90%.
Card 1/1
113 -

ZATULOVSKrr, S.S., inzh,; NOSOVA, Te.M.,, inzh.; KRYLOV, E.S., inzh,
Production of castings of cerim-cast iron with spheroidal
graphite. Hashinostroonle no.607-39 " 162. (MIRA 16s2)
1. Institut liteynogo proizvodstva AN UkrSSR (for Zatulovskly).
2. Kiyevskiy mashinostroitelinyy zavod "Bolfshevik~ (for
Nosova, Xr7lov). (Cast iron) (Founding)

ZATULOVSKIY, S.S., inzh.; KRYLOVp E.S., inzh.
Manufacturing spiked disks of the rotary hoeB of a cultivator
from high7atrangth cast iron. Trakt. i nellkhozmash. 3) no.9t
411-42 S 63, (MIRA 16s10)
1. Institut liteynogo proizvodstva AN UkrSSR (for Zatulovskiy).
2. Kiyevskiy ma8hinostroitellnyy zavod nBol~shevikll (for Krylov).
(Cultivators)

W.1i) 'ilf"INKOf llij~~,, KHiN, P.C~ . n-.!1.
. r. tro 14 o!!.-g soinibi.,tst T,.-.AAJ mi%k!r.F. Mash' non e~ nc.~,
4'7-.',g Mr-A,,, 165). ('41 RA 18 ~ 6)

KRYLOVI F
We are mechanizing production. Prof.-tekh. obr. 18 no.8:12
Ag '61. (MIRA 14:9)
1. Direktor remaolanrogo uchiliahchn No,17, g. Hovosibirsk.
(Conveying machinery)

- V,~ ,

kand. ind. nauk.
A,, kand.tekhn.mftukj.,p
Characteristics of histological changes in fish 1-n connection with
freezing [with summry In Xngl1sh3- Khol. tskh. 35 no.4:48-52 Jl-Ag
158. (MIRA 11:10)
l,Vseso"ny7 nauchno-inaledovatellakly Institut kholodlllnojr
proMhlannosti.
(Fish, Arosen)

WILOV, Go (Penza)
Experts of precise timel a sketch. Sov. profBoiusy 19 no.22:
26-27 D 163, (MHU 17 i 1)

-L - , -- 7 - -- -
T _i --' -
at otvetstve=~7 za vypusk; ZUBRILIHA, Z.P., takhn.red.
[Hors corn. more fodder; papers read at a conference of corn growers
In tho German Demooratto Republic, holda t Leipzig-Harkkleeberg,
Yebruary 15-16. 1957. Translated from the German] Bol'she kukumsy -
bol'ahe kormov; materialy soveshchanita rosbotnikov nauki I praktiki
po vyrashchivaniiu kukurusy v Garmanskoi Demokratichaskoi Republike.
nostaiavehagosia v Laiptaiga-Morkkleberge 15-16 favrelle 1957 gods.
Porevod 9 nematskogo issyka stenogmmmy dokladov I vystuplenii.
MookVII, tion.hd-vo sallkhoa.lit-ry, 1957- 131 p. (MIRA 11:3)
(Corn (Maize))
4.ii, -7,
-62,
4
4:

XRYLOV, G.A.
New books put out by the Agricultural Publishing House on
cultivation practic.es and crop culture. Zemledelie 5 no,9:94-96
S '57. (MIMA 10:9)
I.Glavnyy redaktor Sellkhosgiza.
(Bibliograph7--Agriculture)

KRYIZV, G.A,
In the Fam 14ochanization Agency of tho All-Union ,Lisoclation
of the Council of Hinistors of tho U. S, S. R. Meldi. i elek,
sote. sellkhoz. 19 no,6:5,4 161. 04IRA 14:12)
(Pam mechanization)

TOMME, M.F., prof., doktor sallkhos. nauk, red.j.KRYLOV, red.;
YEMELIYANOVI F.V., red.;-KARTASHEVA, N.M., red.; ANTONOVA,
N.M., tekhn. r%&
(Forape quality of corn]Kormovos dostoinatvo kukuruzy. Pod
red. M.F.Tomme. Moskva, I2d-vo M-va sell..khoz.SSSR, 1959.
413 P. (MRA 16:4)
1. Moscow. Veenoyusnyy nauchno-imeledovatellskiy inatitut
zhivotnovodatva. 2. Chlen-korrespondent Vaesoyuznoy sellsko-
khosynystvannoy skademil. im. V.I.Lenina i Voesoyuznyy nauchno-
isaledovatellskiy Inotitut zhivotnovodetva (for Tomme).
(Corn as feed)

KRYIDV, G.A.
All-Union Conference on Problems of Agricultural Pachinery.
Zemledolie 24 no.8:91-93 Ag 162. (MMA 15:9)
1, Nachallnik Bywo tokUnichookoy informateii i reklamy
Vaesoyuznogo ob"yedineniya Sovota Minintrov SSU po prodazhe
sellskokhozyaystvennoy tekhniki, zapasnykh chas"y, minera-linykh
udobreniy i drugikh materiallno-teUjodhefikikh aredstvs
organizatail romonta i ispoj*zovaniyA mashin v kolkhozakh i
i3ovkhozakh.
(Agricultural machinery-4ongresses)

KRYLOV, G.G.
Adopting a collective flotation flow wheet at the Leninogorsk
Ore Dressing Plant. Obog. rud. 8 no.205-36 163 . (MIRA l7t2)

KRYLOV) G.G.
Improved flow sheet for the dressing or complex metal ores
at the Leninogorsk ore dressing plant. TSvet. met. 38 no.8t
1-7 Ag 165, (MIRA 18ig)

,KRYWV, G!11. pos. Paosudovo Hookavokoy oblasti)
Simple low-frequoncy amplifior. Radio no.1:53 Ja 161. (MIRA 14:9)
(Amplifiers (Electronics))

KRYIoOVf GOM
Improvement of a simple low-frsquenoy amplifier. Radio no.4t52
AP 162, (Amplifiers, Electrcn-tube) (MM l5s4)

KRYLOV, G.M.
An aperiodic nonlinear Amplifier vith a stable pasebaW.
Radiotakhnika 17 no,905-39 S ~62, (KMA 15t9)
I
1. Doystvitallnyl ahIsn Nauchoo-tekhnichaskogo obshchmstva
radiote'rhal k i slektroavyasi imni Popova.
(AmUfiers (Electronics)) '

ACCESSION NR- AT4040779 8/2657/04/000/011/0111/0120
AuTlIOR: Kry*lov, G. M.
TITLE: Characteristics of logarithmic amplifiers using transistors
SOURC,E: Poluprovodnikovy*ye pribory* I ikh primenenlye; sbornik statey, no. 11,
1964, 111-120
TOPIC TAGS: amplifier, logarithmic amplifier, transistor, semiconductor device,
transistor amplifier
ABSTRACT: The factors Influencing the feasibility of employing logarithmic amplifiers
in radloolectronic equipment are considered, along with the particular characteristics of
a transistorized logarithmizing state with a nonlinear element connected t6 the coUector
load circuit. The inclusion of nonlinear resistances In the load circuit of the amplifier
element Is shown to be the simplest method of designing amplifiers with logarithmic
amplitude response. The advantage of amplifiers with nonlinear load in demonstrated to
be that, In tern a of their final result, they are equivalent to a system with automatic
C,idl/2

ACCESSION NR: AT4040779
gain control with a high speed of operation determined solely by the inertial properties
of the tubes and diodes. The author demonstrates the advisability of designing the
logarithmic stage so as to consist of the amplifier stage proper, the nonlineRr element
and an emitter follower (repeater), to the output of which there Is connected the Input
of the next logarithmic stage, designed according to the same arrangement. The author
proposes a rational method of designing n 4-stage transistorized amplifier: the amplifier
stages are connected In a common-base circuit with matching elements (emitter followers)
connected between them. This device Is described in detail and the fundamental principles
underlying its operation are explained. If Is demonstrated that without any special mea-
sures a dynamic band on the order of 40 db can be achieved In a transistor amplifier, as
opposed to 15-20 db in the tuba type. In general, the transistorized logarithmic amplifier
possesses greater stability in its frequency than the tubo-type amplifier. Orig. art. has:
5 figures and 3 formulas.
ASSOCIATION: none
SUBAUTTED: 00 ENCLi 00
BUD CODE: EC NO REV SOV: 000 OTHER: 000
E;, iww

'ACCESSION NR: AP403860;1 S/0108/64/019/005/0049/0053
!AUTHOR: Kry*lov, Go Me (ActiVe member)
'TITLE: Designing multistage RC-amplifiere
!SOURCE: Radiotekhnika, v. 19# no. S. 1964, 49-53
~'TOPIC TAGS: amplifier, electron tube amplifier, aperiodic amplifier, broadband!
;amplifier, multistage amplifier. amplifier design
!ABSTRACT: In designing broadband aperlodic electronAube amplifiers intended
for handling short pulses, the problem of the highest attainable gain and the asso-
ciated problem of the optimum number of stages become important. Curves and
tables are offered to facilitate the design of a multistage aporiodic amplifier with
specified parameters. The gain of a multistage amplifier is given by:
K, - [All 11, [Y-Frx--7,! where the coefficient A -S12nC.-- characterizes the broadest
band possible, f is the top frequency of the passband, n is the number of stages$
Card 1 /Z

-.Dam"
'ACCESSION NR: AP4038602
Any frequency compensation scheme Introduced Into thq amplifier tends t
!its maximum gain and optimum number of stages. Orig. art. has., 4 figures,
15 formulas, and 4 tables.
:ASSOCIATION: Nauchno-tekhnicheskoye obahchootvo radiotekhniki I efektroev'yazi
(Scientific and Technical Society of Radio Engineering and Electrocommunication)
.SUBNUTTED: 1zjul63 DATE ACQ: 09Jun64 ENCL: 00
SUB CODE: NO REF SOV: 0.02 OTHER: 001
LCard 2/2
'T
'Ji;

KRYLOV, G. TITSEFOLISrIT, I.S.
Reactions of tricalcium aluminate and tatracalcium alunino ferrite
with naturally fired clay in autoclave processing. Ust. khtm. shur,
no.3:37-42 158. (min ntg)
1.1ne itut khimii AV UsSSR,
~Calcium aluninates) (Clay) (Gemant-Testing)

KILYUN, O.H.; PRIM, Ya.m.
Spectrometric intixty of zonotlite in Infrared light. Dokl.AY
UzOGR no.1:25-27 159. (HIM 12:4)
1. Institut khtmil, All UsSSR. Prodstavlono akademikom AN UzSSR
S-Tu.Tunusovyti. (Zonotlite--Speotra)

mr.ov, G.M. - SM'tTUTOV, Tu.
Roentgenographic Investigation of Angran Valley gliezb. Uxb.
khIm.shur. no.1:87-90 '59. (MIRA 12-6)
1. Institut khIujj AN UzSSR.
(Angren Valley-Clay)

KRYLOV, G.H.
BehayHor of calcium hydrosulfoaluninate during heating. DDkl. AN.
Us.55R no.M36-38 159 (KIRA 13:3)
1. Institut khisit AS UsSSR. Predstavleno akRdemikom AN UsSSR
S. Th. Yunusovyw.
(Calcium aluminate sulfates)

KRIUV9 G.M.; SIROTENNO, G.F.
Identification of dicalcium silicate alpha-hydrate in
hydrotheraml cement products b7 infrared spectroscopy. Uzb.
khim. zhur., no. 2tl3-18 160. (MIRA 14M
1, Inatitut khimii AN UzSSR*
(Calcium silicate-Spectra)
u
z".f."a q

KRYLOV, G.M.
WWOW-WWWW"We
Halloyette in the burnt rocks of the Angren brown coal deposit.
Dokl.AJI SSSR 134 no.2:422-424 8 16o. (MMA 13:9)
1. O.'Aicheekiy institut Akadamii nauk UzSSR. Predstavleno akad.
N.M.Strakhovym.
(Angren region--Halloyette)
jK

raTLOV, G-X- t FARPrM, N.A.
X-ray study of the pWucts from the interaction of clinker mine-
rals and Portland cement with natural burnt clay in an autoclave.,
Uzv. khts. zhur. no*30-11 160. (MIRA 13:10)
1. Inatitut khtaii AN UsSSR.
(Pbrtland cement) (clay)

KRYLOV, 0.!~J_ NIXONOVIC14 G.T.
klectron microscope study of the hydrotherml products obtained
by the bVdration of clinker minerals. Uzbo khims shur. no.4t4l,-14
16o. (KIU 13:9)
1. Institut khtmil AN UzSSR I Institut khtmil polimerow AN UsSSR-
(Clinker)
40:

KRYLOV, G. M.
Cand Chem Sci - (diss) "Study of gliyezhi, their reactions with
clinker minerals and with portland-cement under hydrothermal
conditions." Tashkent, 1961. 17 PP; (Academy of Sciences Ukrain-
ian SSR, Joint Academic Council for Chemistry of the Division
of Geology-Chemical bciences); 170 copies; price not given; list
of author's works at end of text (11 entries); (KLI 6-61 sup, 198)
jZ

SUROVKIN, V.M.1 EMU, G.M.
Interaction of lime with naturally burnt clay (Ngliezh")
during heating, Uzb.khim.zhur. 6 no.2t68-72 162. (MIRA 15:7)
1, Srednoaziatskiy nauchno-isoledovatellokiy institut geologii
i minerallnogo syrlr i Institut khimii AN UzSSR.
(Lim (clay)

- 1, ~.., -.. -1 --
KRYLOV, G.M.1 HARILOVICII, ';.I.; YASEVE'3'11, A.I.
Reaistancig to heat of gliazli concre#A. Uab.khim.zhur. 8
no.1:9-13 164. (WRA 1714)
1. Institut khbili AN Uz5SR.

ALIYEVO Ya.yu.; GRFBFNSHCHIKOVA, N.P.; KRYLOV, G.1-41.; ANAN'Y:--.V, ?.V.
Phase composition of afiuminosilicate and Its components. Uzb.
khim.zhur. 8 no.2,5-11 164. (AURA 1715)
1. Institut khlmii AN UzSSR.

KRYLOVP G.M'
Calculation of a tuned amplifying stage. Radiotekhnika 20
no.809-43 Ag 165. (MIRA 18t8)
1. Deystvitellnyy chlen Natichno-tekhnicheskogo obshchestva
radiotekhniki I elektrosvyazi Iment A.S. Popova.

ALIYEV, U.N. [deceased]; GUBENSHCHIKOh, N.P.; KFYL(N *, O.M.;-IMGI-
HOV, Tu.I.; KHAKCDOV, Yu.A.: AXANITKVA, K.V,
Conversion of natural gas on a nickel catalyst in the presence
of silica. Uxb. Was shur. 9 no. 4:69-74 165. (HIRA M12)
1, Institut khinii.AN Us=. Submitted July 24, 1964.

TILIZAMY, H.V.; KIMIA)V.- G.N.; MAKABOV, G.I.
Asymptotic methods for the calculation of transients in low-frequency
filters. Radiotakhnilm 14 no*2:63-69 7 159. (MM 12:1)
(Radio filters)

f 5909
s/log/60/005/04/023/028
6141600 E14o/F.435
AUTHORS: Krylov, G.N. and Makarovy G.N.
TITLEt Ati~nuation Functions of the Electromagnetic Fields
of a Vertical Dipole and a Vi-rtical Antenna 016
PERIODICALs Radiotekhnika i elektronika, 196o, Vol 5, Nr 4,
pp 684-688 (USSR)
ABSTRACT3 Approximate expressions are obtained for calculating
the electromagnetic field components of a vertical
dipole located at an arbitrary point in space and a
vertical antenna with radiation directed along the
surface of the earth. The results of numerical
calculations at a frequency of I Mcs for earth
parameters c - 9, 0 a 5 x 10-3 mho/m are presented
graphically. There are 4 figures and 4 references,
1 of which is Soviet, 2 English and 1 English in Russian
translation.
ASSOCIATION:Fizicheakiy fakulltat Leningradskogo gonudaretvennogo
universiteta im. A.A.Zhdanova (Physics Departmenti X
Leninzrad State University imeni A.A.Zhdano Vr
SUBMITTEDt MAY 18, 1959
Card 1/1

KRTLOV, G.H.; KAXAROV, G.I.
Struature of the electromagnetic field of a vertical 9leotr1c dipole
and a vertical antenna in space over flat earth. Vast. WU 15 no.16:
42-46 16o. (MIRA 13:8)
(XIectromaguatic wave$) (Antennas (Blectronice))

KRYLOV, G. N. Cand Phys-Math Sol -- "Calculation of the structure of the slootro-
magnetic field of a vertical electric dipole and vertical antenna in space above
~N
flat ground with finite conductivity." lAn, 1961 (Min of Education RSFSR.
Len State Pod Inst. im As 1. Gertsons Chair of Theoretical Physics and Astronozq),
M, 4-61, 183)
-20.
;',i, 1,Fz ~~I

j/1 0 0 l/Cl 00 5, Or 0 -1 /C Z 7
D201 303
AUTHOR. XrylQv G N
TITLE: Structure of- th.e..,plectromagnetic field 0.1 directional
antennae over a pldnL-earth with finite conductivity
PERIODICAL: Rttdiotekhnika i elektronikap v. 61 no. 5, 1961f
747 753
TEXT: At present, antennae radiating along the earth's surface are
widely in use. This feature i's especially impor.tant in the medium
and long wave banos when it is required to secure an optimum magniL
tude of the 'receiVed signal over large distances by means of a
ground wave, withbut any reflections from the ionosphere. One of
the main causes 0q distortion of the electromagnetic field of a
ground wave is t3 finite value of the earth' 8 cdnductivity. In t
-esent articlevilhe author discusses first the methods of deter- `1
i
p
mining the comp 0 rt nts of the electromagnetic field of an electric 1~.
Card 1/12

027
11091611006100510-wll
Structure of the i.. D201/P303
dipole and of an bntenna with a sinusoidal current distribution
under the conditibn that there exist boundary conditions at the
earth's surface which have the properties of a full impedance. In
this case the Hertzian vector must satisfy the boundary conditions
at. the earth's surface given by
n_- -IM91
WS
Its evaluation can be apptoximated by introducing the constant S.
The pr6blem, of values assigned to S.has already been discussed ~y
A.D. Petrovskiy, Ye.L. Feynberg (Ref. 1: '0 priblizhennom granichno
u3lovii v teorii raBprostraneniya radiovoln vdol' Zer"li, Hadiotekhm-
nika i elektronika, 1960, 5t 39 385) and by J.R. Wait (Ref. 2%
Transmission and reflectibn of electromagnetic waves ir. the presen-
cc of stratified media, J. Res. Lat. Bur. Standards, 1958, 61, 3,
2'05) and it is assumed to be known. Next a strict solution for the
I:ertzian vector is obtained together with the expressions for 'he
componer,to of the electromagn~etic field of the dipole and of the
Card 2/12
:4,

T-1 r
Structure of the De"O 1 /D 5 0 3
antenna in space. The solution for the 111ort-zian vector is obtained
assuming that it consists of the num of S fields, both "direct" and
11reflected" from the earth's surface.
CO -V7-
0.
it, CM ~~; x; . ~ 11, (%p) (k) XdX;
(2)
(2)
n Ile n > 0; f - 2, +
Where distance along the earth's surface between the dipole and
receiver; h - the height of the dipole above the earth's surface;
f - 1.
observation point above the earth's surface; k - the wave num-
ber in air. In order to determine the unknown function R(A) it is
necessary to appi boundary condition
n I InR (4)1 - -440. (1 ril? (X) 1, R (X)
M)
from which the stAict solution of the 'boundary. problem is obtained
Card 3/12 4

Structu.-e of the
D201/D303
daft, 4tkR I it, (xP) i-I
-r? -r T W
where
I? -TO; 1?1 T hr.
The components of the electromagnetic field of, the dipole are given,
by
E, - k' (t + D.) nx; rs, k2D',,n,; 11, - 'k1
W)t (4)
where d d -
X?r.T Wk -P)
Ttie.verticle component of the electric and magnetic fields reapecti-
vely R 11 are given by
z
Crurd 4/12

st-ucture of the
D201/D303
fkn d OUR' h,
sin T h Cos (P sin ?k,-fh I'll
k(I. 4- D22)
N
IkR d IkR
27H T_ hj-
LP.) sin? Cos (9)
W
Ike
and that of the,horizontal componenta by
d
W, sin y -!j?,2'dI i [ros sin (p hi- (10)
4 fit on d On Ill,
A, sin (P lit-dli i1cos T _* sin (p Wh I-? jhj, (11)
the di-
To evaluate the eomponents o~ the electromagnetic field of
pole also
Card 5/12

Structure of the,... D201X303
ikR ik7A
2 2) e 1 2 e
E, k '(1 + 1) 0 D + 216D --I- +
z z z
2 r 2 f1,-e ikR1 eikR7
E? k D + 216u'~
Zf R -R
ik2 Fe'kR1 kR~
and Hcf Ve-
tD + M
could be used together with correspondinC equations for an antenna
I I) ( ikR i k.R I h2
B~ = k-j (cos T + sinqD) Fe - - e - (cos,~ + i~,sinlz~)21
z 0 R -l
J Ihi
Cqrd 6/12 (19)

...3tructure of the . . . 20 1-
D 0
Z~ = k2~ i(coa,C+ sinyD.) D, + Sl(coa~r+ U
.0
ila) h2
+ i Dz co*j3(p(6,, + ~,' D,)-7Dz (20)
0. hi
al
((cos + sin ip D,) 26'(cos (p + M sin (p) U +'
p
and 'D,) D,j 'Ikn h, (21)
+ lcoR (p (i - 6' s,
oD, + + sin cp (60 + I p lh.'
w he r e 6' 0
In a-previmsly i4blished uticle G.N. Krylov and G.I. Makarov. (Ref
3: St,uktura ele romagnitnogo polya vertik-al'nop clelctricheskogo
dlpolya i vertiklulnoy antenny v prostranstve -ia-- ipluskoy Zemley,
Z Card 7/12
MR,

SU'UCtUre of the
0 9/6 1 /3 51/ 7/o 2-71 - -
D20 1 /1~303
Vestn. loningr. un-Ta, 1960, 16p 42) obtained convergent and assym-
ptotic solutions for evaluating integrals I anO U in the case of
earth being,homogeneous. These solutions are giver. also in the pre-
sent article without proof but including the introduced parameters.
For "small" values of basic parameters the inteCrals I and U are
evaluate.d 'using,. Olin ft - IIkIR
+ k YJ B,,; U - D. k C., (23)
where coefficients Bn and Cn are determined by recurrent relation-
ships
B.._' (kpW)l B._, + M,, I ikR (n + 1) + (k:)').
n+z it (a + 2) (24)
(kpa), 2kp84 B,
(n + 2) n (n + 2)+
+.I I(IkR + 1) (n + t) + (k.,)21 -P- (25)
Card 8/12 +

Tj 1-j -71
Structure o the ...
The initial terms In these recurrcnt rclatlons,iipo can be reprenen-
ted by
2
110 - i6a (kz; kP) C-101, C~. (I - -A if) -~,- B, --k-pV B,
11, jascon-uss, Cl,, ii P1, 6)
(ki; kp) e-101, C, �P-MU. - PkPs B~,
2 .2 211
I I
B, 121kil 2 + (Icz)ll B1, CS - i P B, - L2~ Bl.
the evaluation of coeff1cients c4 and 3 having been carried out in
Ref. 3 (Op.cit.)A For "large" values of basic parameters it is
necessory to evalAiate the above integrals 'row. astymptotic reprb-
centation which d~pendsq howeyert on the value of ar6ument S. The
basic'exprespion Cor the integral becomes then
Card 9/12

Structure of the ...
.3/ 109/6 1/0-0 06/00 5/C07/02 "I
D201/D303
100
f1ka + Me-44 O'UdU
V U r--k U (f -=6
Wt + 11)
and the assymptotic solution (using the method of the greatest
rate of fall) can be obtained using e..g. integration by parte. An
approximtite solution can also be obtained using the So:nerfield
at'Lenuation factor-
,z
I - k1 2K6jce- ik~ 0k? ej
U = kUl + -2k6x V1 2 -ik~ z H (k~pvi 62). (32)
In this case it has to b6 remembered,that 'the assymptotic r6presen-
tation will have different forms depending on the sign of the ima-
,ginary part of S
Card 10/12

Structure of the ...
D201 X38 3
(34)
(2,)n
(AIR 03 (2m
-71- Y (35)
j 2,)n
S being given by
(0811 B I
10 m
UP) A-)
The exact aasympt tic evaluation of the above expressions has beenj:.
Civen Ily G.N. Kry ov and G.I. Makarov (.Ref. 5: Funktsiya oslabl6n-t-,
1-ya elektromagnit ogo polya vertikallnogo-di-oolya i vertikal'noy
mitenny, Radiotek nika i elektronikat 1960, 51 4, 684). There are
1 graph and 5 ref renom 3 Sqviet-bloc and 2 non-Soviet-bloo. The?
Ca--d 11/12

S/109/61/006/005/007/027
Structure of the!#*@ -u2011P303
references to the Englii3h-language'publications read as follows:
J.R. Wait,'Transmiesion and reflectibn of elect-,~omagnetic waves in
the presence of stratified media, J. Res. Nat. Kr. Standards, 1958
61, 3, 205; T. Kahan, G. Eckart, On the! 6xistance of a surface wave
in diDole radiation over a-plane earth, PI-oc. I.R.E. 1950, 38, 7,
807.
ASSOCIATIONi Fizicheskiy fakulltet Leningradskogo gosudaretvennogo
univeraitcta tm.-A.A. Zhdanova (Leningrad State Uri-
versity im. A.A. Zhdanov, Faculty of Physics)
SUBYITTED: May 30t 1960,
Card 12/12
3~ -1
-A~~h 'ji ~t

S/109/62/007/004/CO1/018
~00 1)230/D302
it" T0 1` 1: r 1 o v a -GLIL
4;u, ~_' ~_
hadiopulse propagation over plane hono6eneous ground
C ~' D IL'i-adiotekhnika i elcktronikat v. 7j no. 4, 1962,
579 - 589
"L'--'XT: rigorous solution of the propagition of an arbitrary Pul-
t--e over plane cround having an aroitrary'dielectric permeability
confluctivity is presented. The choice and methods in evalunt-
wic; st-ndard 30lUtiOn Lre examined; a transfer process 13 for-
for --iy type of spectrum of the dipole monent in terms of
a zinl-ic int%;jral. In considering a number of cases for the sPec-
of t'.i-, dipole moment, approximate expressions are obtalned
for **,.,e configuration of the e-n. field; in order to use these ex-
.41 or A.
'~reu -.s tables of the probability integral as a function of the
co~.,_dex ,.rCument are required, In examining 4%,Ohe fundamental confor-
witi-, the laws of propagation of the radio pulse over -he pla-
v
rour" it is found that the stationary solution represents a
of -jAzre vi.~ves which propagate at various angles with the
C d 1/ 2

3/109/62/007/004./001/018
proprit;ation over plane ... D230/D302
The propagation velocity of these waves al,,..,,,, t1he
xavfLce varies; it is, howeverp always less than t"at of
1.
1.-- 1. tor ti-As reason, in the non-otationary case and at any mo-
thc:,a is only a restricted beam of angular spectrum ojf these
co:-Lipondino to the trimming of t1he top section of the inte-
t),c r.f. and video cases of pulse propagation are
It ij po.-sitle to investigate the diato.~tion in the.
.r- ol' an arbitrary pulse even when its form is given Cra-
%re 9 references: 5 Soviet-bloc and 4 non-Soviet-
to the En-lish-langunCe public,.tions read as
Jollur, Tranoient radio-frequency ground v:aves over
1 a finitely conducting plane earth, J. Res. ITIat. Bur.
V25-19, 60, 281; C.L. Pekeris, E. Alterman, Radiation
i::.,,.,Isive current in a vertical antenni. lacce.
a P
o n c '. r i c 1: r r) i;n ul 0 J. A ppl. Phya . p .19 5 7, 28, 11 p 13 17 ; B. v, n
('3 diLjC')-.`..4wiit1os of elootrona natic via-es and 'he occ~_._
cf -Urf,.c.0 -:ave, 111,23 Trans., 195Z AP-4, j, 288.
2il-le"'Vokiy fakulftet Lenin,-,.-adsicoi;o'i;o,~udarstvc,-nogo
im. A.A. Zhdanova (Faculty of Physics,
L-o-nln-rad ""tate University im. A..A. Zhdanov)
G 61
Ca.%!

KRYLOV, G.N.
Propagation of a radio pulse above plane homogeneous earth.
Radiotekh. i elektron. 7 no.4079-589 Ap 162. (MIRA 150)
1. Laningradskiy gosudarstvennyy univeroitat im. A.A.Zhdanova,
fixicheskiy fakulltet.
(Electromagnetic waves)
(Pulse techniques (Electronics))

'AUTHORSt
TITLE:
*RCE:
4039
8/560/62/000/014/011/011
AOO1/A1Ol
LrIX-lov, G.1 N., Martynenko, 1. A.,, Pogrebnyak, Ye. B., Sargeyeva, M.K.
An autonomous optical method of determining orientation of an
Earth's satellite In space
Akademlya rkpuk SSSR. Iskusatvenny3e sputn1ki Zemll. no. '14, 1962,
145 - 153
T The purpose of this investigation Is determination of orientation of
aneIrth's artificial satellite in apace from the readings of Golar, radiation
Pi pa mounted on the satellite. In the first part or the article the problem
oflietermining the vootor,'denoting direction from the satellite to the Sun,. Is
solved in terms of three direction cosines. The-aecond part deals with the prob-
lem of determining the matrix of transformation from the coordinate system "Earth"
to the system of "Sputnik". As a result, the matrix was obtalnedeaah of whose
elements contained the unknown angle of turn of one oystem relative to the other.
This angle can be determined from the reading of at'least one scanning pickup
whose optical system fixes the line of hor12ono. provided that the altitude of the
Card 1/2

s/56o/62/boo/biVoli/oll
An autonomous optical method of.. AOO1/AlOl
satellite above the Earth's surface is known. If the*readings of several scanning
pickups are known, which determine' the line of horizon, then it is possible to
calculate from them both the angle of turn and the altitude of the satellite. In
the fourth part of the article tWi authors analyze the problem of forecasting ~he
orientation of the satellite 1n,space. For this purpose they derive the formula
for the angular velocity of the satellite using three Euler dynamical equations
of rotational motion and three kinematic equations. Then, knowing the angular
velocity and time intervals expired from 'the beginning of motion, one can calcu-
late for the future the orientation of the satellite in space. In conclusion the
authors discuss the problem on the number of pickups necessary for determination
of orientation; the number is eight, located at the vertices of a cube, of which
four will be Illuminated by the Sun. There Is I figure.
SUEMITTEDt February 26, 1962.
Card 2/2

ACCESSION NR: AP4026237 S/0293/64/002/001/0098/0108
AUTHOR: Bary*shav, V. A.;.~_ryt!ov, G.I.I.N..
TITLE: Use of the concept of a standard model of the field of outgoing radlatlon
of the earth as a planet In a method for the solution of the Inverse radiation
problem
SOURCE: Kosmichaskiye issledovanlya, v. 2, no. 1, 1964, 98-108
TOPIC TAGS: meteorology, Inverse radiation problem 0 terrestrial radiation, at
mospheric outgoing radiation, earth radiation balance, outgoing radiation model
ABSTRACT: Certain systematic problems are discussed which are involved in devis- I
Ing tachniques"fot the solutloA of Inverse radiation problems by statistical me-
thods. The use of the concept of a model of tha earth's radiation makes It pos-
sib)e to employ well-known mathematical methods for processing experimental re-
sults. A simplified method is-presented for determination of the vertical to the-,~
earth's 3UrfaC9.j,lt is noted that the development of a quite precise univer"I
model of the field of terrestrial radiation In the form of tables, graphs or dia--'
grams is theorptkcally solubleibut the use of such a model for solution of a
specific inverseproblem would Involve a considerable modification of Information,
1rj as nce leadiqg to the develop"nt of a completely new modal the modal for a
Card U2
~-'OJ

A
ACCESSION NR: 'A04026237
specific exper"im nt. in addit'lon', the modification.process Inevitably causes,a
loss of informatn Incorporaied In the universal model. On the other han4 .,
preparation of a Iprecise modet,for each specific experiment is not feasible, Mince
this would roqjYre unwieldy computations and the resulting model would be of
limited applicability. It Is,recommended that the 'solution Is gradual refinement
of an initial '~pproxlmate model In the course 'of an experiment on the basis of`
data obtained in'the preceding stages of this same.experiment. Orige art* ha ;s;
54 formulas.
ASSOCIATION1 hone
SUBMITTED: 20Mar63 WE AeQ: I6Aprfi4 INC1.1 00.
SUB CODE: AS NO REF SOV: 003 OTHER: 004
Card 2/2

95
ORO,
49 .4
-004 to
04,t
Pf 40
0 110,
Ott z"Aft
0 04P 1%,04,0 too. IRA-
91jo 0 YIP
00 Ott Otil., 4b
0
4, 460
th
Pot 0 1 04
04 INP
or
404~ 440
P 4,14, 440 44b 10% &At 1101-ae to
4) 0
0.7 . t 04
014c~t & I C~l
40
,Ile
t
&&,
00 Of t
f, 044 19 or
A?(944th so
0 to
Owl
'roopee to
00 0
or
4fO,-VO. IZO
0N

ACC NRa AT6007617
Parameters. It is aeffumW however# that the problem is ouch that in the interval
r
Lq1O q2-7 the function P(z~ satisfies the parabolio approximation
"A (i 0.0 + bX + ej-
The integral H is transformed into'
e cos pz dz,i,
and two additional integrals are defined
e dz
Mq sin itz dz,i
!where
Af (q, H (q, iQ (q, I,).
Since e-qz and e-iqz may be stated a' series, the series sawation is
M J(A. + I
where the coefficients A,, and B n are given by the recursion formulas
A - -2 B.-I),
Card 2/3

116
S*
of
AP-1 ~~Ij dLis
.66 23- (q 0-1-1 tne The ()rise ext
- 01 -.9010 it unction 040
It - f asiSIOV CXJ~04*
r Gemoo, i, is
,sees COT toob,"Ve
TOV $40i'll
'tons 0 COT the 6 vatto'A 002
C~~Jrqion Tole. & 00+1 of
re so'b0,118 "bilitl o04/
60tielt solics
Sjoll tons 0
livittot S WOO/
tu
1 130
eq,4ation1 2.1
041
ACC NR, AT60216770
AUTHOR: Krylov, G. N.; Petrovskiy, A. D.
ORG; none
SOURCE CODE: UR/2754/66/000/005/0085/0096
TITLE: Exact and approximate boundary conditions in the theory of electromagnetic
wave propagation
SOURCE: Leningrad. Universitet. Problemy difraktsii i rasproetraneniya voln, no. 5,
.1966. Rasprostraneniya radlovoln (Radio wave propagation), no. 4, 85-96
1
.TOPIC TAGS: electromagnetic wave, approximate solution, radio wave propagation
~ABSTRACT: The paper deals with the methods of investigating waves propagated above the:
,earth. Such a problem generally requires different degrees of approximation of condi-i
;tions existing on the earth's surface. The present discussion is based on the assump-
,tion-that the earth surface can be approximated as being flat. The Hertz vector is ur.-'
ed for the solution of the problems relating to the theory of electromagnetic wave pro-!
pagation. Two transformations relating the Hertz vector to vectros of electric and
magnetic fields are given. A vertical electric dipole is located in space as the next
step and the conditions of the Interphase surfaces are then fomulated. Construction
of precise and approximate solutions is discussed for two locations of the dipole; one
i~n the upper half-space and the other in the lower half-space. Two methods of select- L
;ing proper constants am reviewed. Orig. a". has: 30 formulas.
.,- SUBM DATE
SUB CODE: . /7 1 none/ ORIC REFs 004
Ccird 1 /1

Porspektivy osvoeniya lonov torm"'-oy -)bl,13ti dlya nimlid Insonnab-zheniYa.
Lon, 1948, No. 3p B. 5P-56.
.)J: Lctopisl Zhurriallnyl~h Statcy, No. 30, ~k)skwi, 194'

KRY-LOV, r.,. V.
K RY LO V
,_ G. V. "Hichurin and the Siberians". Sib. orgi, 1946, No.6 p. job-11,
SO: U-301i2q 11 March 53, (Latopis "'hurnal 'n3,k%,j "t-ItnYl NO-7 lc-'1!9).
0

KRYW7 I G, V,
"Birch Forests of the Tonak Aren nnd Thoir Typos."
Thesis for doGrec or Cnnd. Bloloijeal O'cl. Sub 11 Jul 49,
Inst of Forestrl, Acad Sci USSR.
Sur.=r7 82~ 18 Dec 52, Dissertations Presented for
Der-rees in Scienge and Ennincerinr In IMOSCOW In 12-49-
From Vechermwm I!os~xa, Jan-Dec 1949.

F:,,YLCVP (;. 7.
20897 Krylcv, G. V. i Tyazliellrkov, A. D. 1. V. Ifichurin. i Sibir.yaki, ZO perepiske
I. V. Fichurina s sadovadar.17 Sad i ogorod., 1949, No. 6, s. 35-118
SO: LETC'TZ MURNAL ."'TATEY Vol. 28, Moskva, 1949

G . P,
Fc, rt D d F' t ry 6, lc,jt2.
st cultivetion in J,,u53ia* 4 r-0-
Firnt cclent,11, Ic works cn fore
1952
c*epternbcr
Uncl.
9. Monthly LiOt 2f ELOsian Accesslons, Library of Congrcss~ ----
4

1. KRYLOV, 0.
2. u33p, (6oo)
4. Siberia - Forests and Forestry
7. Forests of communism. Sib. ogni 31 no. 6, 1952.
9. Mont!IIX List of Aussian Accessions, Library of Congress, ',-BArch 1953. Un6las3ified.

'IMLOV) G.V.; GLUZDAKOV, S.I., red.
(Birch forests in Tomsk Province and their typea]Berezovyo lasa
Tomakoi oblaoti i ikh tipy. Pod red. S.I.Gluzdakova. Rovosibirsk,
Akad. nauk SSM, 1953. 121 p. (MIRA 15:12)
(Tomsk Province-Birch)

KRTLOV, G.V.
Haw species of birch from the Tomsk Province. Bot.shur. 39 no.2
250-233 Hr-Ap 134. (KLRA 7:6)
1. Biologicheekly Inatitut Zapeduo-Sibirskogo filiala. Akademil nauk
SSSR.
(Tomsk Province--Birch)

C1. V-
MR/Miscellaneous - Book review
card 1A Pub. 86 - 42A6
Authors Kryloyj G. V.s Cand. Dial. Sci.p tnd Fialomiets, N. G., Cand, Biole Soie
Title U inAhe Tomsk District
periodlc&l I Fr1roda, 43/9, 123-1U, Sep -1954
Abstract Review of a book entitled "Nature in the Tomsk District", by~
E. G. Iogenzen, published by the Tomsk District Reader's Bureaup
Tomsk, 1953, 48 pages.
Institution
Submitted

y 1- 0 V , (--). V -
V1,1711/Blolor.r - Cattle breeding
r,nrd 1/1 Pub. 86 - 19138
Authors Krylov, G, V., Cand, Biole Sci.
Title The 91VAficance of the condition of the mother's organism
,:in Animal breoding
Periodical I Pdroda 113/12p 102-1030 Dee 1954
Abstract I An account is given of observations made with various cows to
determine the effect of different milking.,regLmes, from which
the conclusion is drawn that thorough milking produces better
offsprings. Explanation of this phenomenon is presented.
Institution t *.94#
Submitted : see**

KRYLOVS G. V.
KRY1,OV3 0. V.: "The forests of western Siberia (the historys foreat typeas
regional breakdown., methods of utilization,, and ways of
Improvement).0 Acad Sci USM. Irwt of Forestry. Moscow
1956,, (MSSERTATION FOR THE DEGREE OF DOCTOR IN BIOLOGICAL
SCIENCE)
So.: Knizhnaya letopis' No 15P 1956, Moscow

. I< r-\, (OV, (:~- V , Y,-4
ussR / Forestry. Forest Economy. So 1340.
Abs JOur: Ref Zhur - B iologiya, NO. is 195
4 Yrylov" G.V..' yolomiyetso N,G*
Author 0 -- f the Acad Sci GruzSSR
Inst I~nqtjt`ute 0~ Forests 0
Major Types of Thinning Employed in the Moun-
Title tain Forests of Western Siberia
Orig Pub: Tr In-ta lesa. Akad. Nauk GruzSSRo 1956, 6p
loi-lo6.
liscussion of the unsatisfactory
Abstract: This is a d ttural reforestation in the most Com-
state of ne f forest. In the cedar, fir, and
mon types 0 Sts there is exce3sive riew
larch types of fore rieties with almost no
growth of deciduous va The III
replacement of the principle spe
C ard 1/2
USSR / Forestry. Forest Economy. K-4
Abs Jours Ref Zhur - Biologlya, No. 1, 1958, 1340
growth classification predominates. Selective
thinning, which is most widely applied In the
water- and soil-conservation foreate, is hardly
utilized at all in the Western Siberian forests,
which also belong in this category. The single
growth.11--e.-with trees of the same age -
Trans,/ larch, cedaro and pine fore3ts, as well
as the multiple growth Arees of differing ageg7
spruce-fir forests of low commercial value are
in urgen need of imediate and Inten3e thinning.
For the conditions the biologically most ex-
pedient type of thinning Would be the cuttimg
over of large areas Zs_ploshno-!t5,)sechnyy rubk:L7.
To ensure replacement, In casA. of destruction of
the undergrowth by fire or insects, the area
should be uniformly seeded.
Card 2A

Y-
a
spoci,rl Zoolov. Insects
Ftor Zhur vo 6. 1958, No 25810
Jibo Jour G.V.
,Pluthor _01013,yot,~. 11,G,, SjboriM Sjjkq,!orj in Wost
140A Given sibirckogO shol-
Inat do rnd C-utbrorks of the
Title Spring Floo )nntYc rcloVodlyr J V3PYSW
Sib-iAr. (V0" Jbiri.)
kopryrd- v Zrprdnoi S 129 45-47
Orig rub I Lo,n. kh-VOY 19%1 No ~ rorosts by tho sIlkwom in WOst Siboric
lrrvrO during
7h, Er,rto-t drorgo t4oat peric&s- fr." orrnd up to or,%
Abstrrct ,usca'in tho dry cd in high Plrcor'
vir 9 ' nrtion roriod "I lot .,so brccdinS were cdJue+cd
the hjbor~pj..,s. rutbrorks of r- Ivcr for r-ore th,n
in BUMPY of the r cvol for inrrY
to periods vhcn the highest lavc~r~gc river I -tion
I W,o lower than the cvO
t,,o yorrE , tiona for Irrvco hiborn
I rl(,ods tho cOndl t v,rs crprblo to rc,
yo,roo In higl low flccdo the PO! Itions for mrsO
viorc ,rorso. During Ont in one yo-r. cond
corlillioh its dcvolOtvl
Cr~rd 1/2
USS?/Gancrcl rnd Spocirl Zoology. Insocto
hbs Jour t Rof Zhur - Biol., No 6j 1958, No 25810
P
Prop-grtion of tho silkworm in Woot Siborir wore crartod fir5t
in fir forcatsi then In codrr fornota rnd rt Irst in decid-
uoug rnd pine fcracts.
Cerd 2/2

Co=try : USSR
Catec;ury: Forestry. GL-i,.Qrn). jlrobleEm.
Abs Jcur: RZhBiol., No 12, 1958, No 53441
and by CIL' LxLciit (X tuttings. The article (;ives
briefly Cie rcstats of a study of mfurs-st,%tion,
and of a study of probleris in the bioloLy of the
forest variet).cs, tc(;ether with the =x~s cf m--
searchers Wiv worked in the forests of 174Lstern
Siberia. Vith ruLprd to practical sueLestions,
most atteutica ia concentrated, on the devc1opment
Of CUttill~; LL;thods by separate zo-aes ia forests of
different Urcw,,s and types. Great is
attached to t!,c prcblcm of the reforeatzAion, of
the fellinas. Irlic chief aspects of the scienti-
fic and acon(,:.ac work In forestry rcsc,-.rch in Wes-
tern Siborin arc onuxacrated. -- V.I. Kli;~xv
card 2/2
T
Cu',! 4T R'l
q,
LrY, ^,$3nPrf!1
1959, !a. 63161
RZhB'01-0 1"10' 14
Geographical zoelety of USSR
The T)Ivl!jlon Into llrrrlc~a hy For-i~,t Vev.statirm of
ttlir~ Ateope Part of tha lltayskiy Krqy
Tz,,. V6,tosill. VA. Ge_,ogr. o-va "MR, 1147, vyp. 1,31-39
rherp in j short analysIs of Ithe n!Aur--,tI jml FArtifiCial
fore3L vegetation of the steppo part of the Altayskiy
kray. Tn orrIer to obtain CoTmarativo data on forest
vni-or.-ition condttlons of stop pe and forest atevpaq It
is necessary to soparate out thA foreit wgAvtttrn
regions ani th"Lr frro-ips. The ilea of "foreft vege-
tation re':,Lon" ani "grotip of fore3t vegetation regtcns"
is descritwi, t,-.e po3sibility cf roncorformity of the
tzi.mdarie3 or foreit vegetst,on inl geohotanlcal rejion3
is Inliental. .1 311.,itritutlin scherw I'Or stenne and
fora3t, SterMe pirts of the Altay-kiy, kray Is Dresented
1,1th the foilo-Anq graims of foro3t vegenation region3
C A.1.1" /3
A--

IRTLOV. G.V.
On the history of the preparation of the first forept map with a
plan for transportation routes (in southern Siberia). I&V.1ovosibo
otd.Geog.ob-va SSSR no,1:75-78 '57- (HnU 12:4)
(Siberia-Kaps)

USSR/Foreatry - Forest Econowl. K.
Abs Jour : Ref Zhur &- Biol.,, No 15) 1953, 68024
Author : Koloonikov, B.P,,, Krylov, G,V.
Inst : Western Siberian Branch of the AcadmW of Science USSR
Title ; Ways of DcvelopinG the Forest Economy of Tyumenskaya
Oblast'.
Orig Pub : Tre po lesn. kh-vu Zap* Sibiri. Zap.-Sib. MI. All SSSH,
1957) 110 3, 49-60-
Abstract : No abstract*
Card 1/1

V.2
USSR/Forcstry F-Irest UA;.j-_y a-A Tyi K-1
'ibs J.,ur 11,~:f ?~mr .- Di-,l.) 11.) 20,
Author Kryl 2ya- -G, V -
Inst Vlcsteri 'Siberinn Lfi*' liatc US31'%
Title The Forest Types in Wastem Siberi.- aiO Becomnendati:)iis
:V x Utilizatixi mid I-.7,)r3veru,_nt jf the Wo-VI Resource,3.
(Atitl.jrc Xx3tract,- .)f a 14-,a-)~,Taphy).
Orl,,, Pub Tr. pj loon. kh.-vu Za-p. Siblel. 7,ap.-Sib., fil. All SSSR'
'r,'57, vyP. 3, )1_146.
~bstrnct Oil Vic basis of persx-ml invostiLpti,.nis Lluriii3 the years
1930 and 1954 )f iSiterial publi!;1hed or coripilec! in
archives, a i.-nncl,,TajiUcal descriptlim of the w)ods L,
Vluc;tem Siberia 13 mdo. The i)urIy:)nc it; t) elaborate a
cIns5ification -,f the forcqt types, t-) dei.imimtrntc Ulu
c
')f b,-isic ffxo3t Vmmtixis and -,,f the tr -ml in
Card 113
U3SJ11F_-'ru,rt1-y Forest Dl,-)l,.)Cj %0. T7,,-)I,)":y-
Ab (3 R) ur 11c'Z 7,11ur - Mo.'-, Ito 20, 1953, 91499
phlntilll,'~))as WCU is V) develop scientific princiPles for
f-rost r_nir.Gcrxnt %mder the conditions of different zones
MA different fl-.)rcst typos. The lenclim.- t1riN.-r si:ccles
are characterized iii detail: Abics sibirica, Pican. obiva-
ta, Pinus s9p. oibirica, P. silvastris, Lnrix sibi-
rici, L. Sukmezovii, Tilin sibirica, T. septentrionalis,
.4
the an-.?o pohlar, willow and birch. K)rphol:).- cnI and eco-
1(.,,-,ical fcaturos of Ccsc specie,3 are cr-iisidered. Also
i;--IvL:;- are t!,Oir areas, with a do-,criptic;-. IL t;!clr habitat
IMilir, t1l(.1 l1t.)rth(jr.i of f,'iu ix,,-o areti
to Um LiLittivi of Wiritooi ~j t,ol:o I vo Lljj~j
;"y obtnin a scrile ()f CA(1-1'C!; ista. lee. ACO to 0' 0 -
c A7cjsi~jr. V~c are arran,.,ed in the
foll,-~winc ma:icr: Sibcri-%.~ -_A ~;W:nczcv L-irc%, 011ruce,
Kuz,,:Li9hchcv and downy birch, cedar, pine, asp, silver fir,
I
Lilac% p-jplar, Krylov birch and oz~)rthcrn linden. A table
f th 'Lificatimi --,f true species f-.r f-)rcst cultivatiou
c qLm
Card 2/3
10

USSR/Forestry - Biolocy and Typoloa of 'clic Forest. K-2
Abe Jour : Ref Zhur Biolop No 9) 1958, 39072
Author : Kryloy,
Inst : Eastern Branch of the Acationy of Sciences, USSR
Title : 11rinciples and System of Division of Western Siberia into
Forest Oroving Diatrictoo
OriG Ilub : Izv. vosti fil, AN SSM, 1957, No 3, 102-106,6
Abstract : Western, Siberia is nonsideroC as a group of forest Crowina
provinces* The provincoe of Western Siberian lowlamls and
of Altay-Mynn mountainoi are oxw-dned In this etix1y. Tlie
forest grovin(3 zone conelets or subconos and iii charticta-
rized' either by a prevalence or by a combination of none
deterninod types of vcGotativo cover dependent on the lati-
tude or the altitudee
Tho territory of Western Siberian lowland is divided in
Card 113

USM/Forostry - Blolc)L7 and Typoloa of Uio Forest#
Abs Jour Hof Zhur - Biolop No 9., 1958, 39072
zones of turidrao tWxa-forest) lovland forests) aspon-
birth foreat-steppes mul stop1m, In the Altay-Saymn
muntains lelts of the foot-hil.1 steppes, mountain forests,
alpine madows, mountain tundras, nival-holz are distin-
Cuishod. The forest Grwint; subprovince consists of refdons
cayl districts and is charactcrized by a prevalence of some
CXoup 3f forest fcwrmtic)n or by a detemined combinatian
of such GTOVQS.
The forost growing, sub-zuno is subdivided into districts
and ro(;ions and is characterized by the prevalence on the
Given territory of determined formtions or of their com-
binationa,
A furost LTowing district connists of regions and is clia-
racterized by a combination of complexes of determined
kinds of forest types or by the degree of their prevalence
in the torritorye
A forest groving region consists of sectors (nicro rcr-ions
Card 2/3
6

USSR/F6restry - DioloLq w4 Typole)~;y of the Forest. K-2
Abs Jour Rof Zhur - Biolop No 9,, 19581 39072
or survey marks) W. is cliaracterizod by a uniform c.)mbi-
nation of groups of forest typos or, in the case of tor-
ritorios without forosts, by i;roups of associations, ro-
Gularly ropeatinC: themselves in boundaries of similar
P,oomorpholof;ical profiles.
It can also be charactorizod by a uniform prevalence of
forest sectors in a territory, enterinG into the systan
of a river basin., or distin(,uishod by the uniform shapes
of the prevalent terrain.
236 forost arowinE; roCAons are found in the territory of
Western Siberia.
Card 3/3

country : USSR d Plants. ornamental*
CateSory! Cultivate No 22, 1958, No 1o0527
Abs jour! RZh-3101-i
Ian kffillateI A3 U3SR ties of
p,uthor tern Slb~
T.nst .013torn Sibor ZonOO Around the C
creation of Green
Title ,joBtorn Siberia. I Zap. SlIbIrl. Za*.O- Sib. fil-
pub, Tr. PO le5n. kh-Vt 3, 273-278
OrIIS 1957, vyP,
catorn Siberia Into rayor's
Tho divi'310n of 'iof verdural cp_rrj~d out In
tion
for the crol-I ) stanaardizO Mca-
I,, cited. In order t(
1953 )f Vord5nt zonest it
sures f.or the creation C into 4 treo and
113 proPosod to un"tO rayon
Card 1/2
Country : USSR M
Ca to ~.~-,o r y :Cultivated Plante. Ornamental.
Abs Jour: RZhBiol., No 22, 1958, No 100527
shrub planting districts (okrug.): forest-
tundra, forest, forest-stoppe and stcppe,
which are briefly characterized. The princi-
pal species of trees and shrubs for each rayon
are listed, and tho cities and largo regional
centers within each district are indicated.
Directions are given on the evaluation from
the F;tandpoint of landscaping, of available
plantings and on the creation of ncw ones.
qorks on the imDrovcment of wooded landscapes
In the Green zone are listed. In addition to
the work on the creation of verdure, the fol-
lowinS are included here: additional sowing of
the spawn of edible mushrooms and an enrichment
of animal life. -- N.S. Lobodova
Card 2/2
M-211

IRTIDY, G.V.
!torv-"ovich Vor*shchagin; obituary. Bot.shur.42 no.2:322-324
7 '57. (XLRA 10:3)
1.Bie'legicheskiy institut Zap"no-Sibirskego filial& Almdemii nauk
S3SR# Novosibirsk.
(Tereshchagin, Viktor Ivanovich, 1871-1956)