SCIENTIFIC ABSTRACT KONDRATYEV, G.I. - KONDRATYEV, K.YA.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824210016-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

TALIZAROVSKIY. 8-1..professor; KCEDWIY317, G.I.
Mornal form of the asUastinum. Khtrurgiiag no,11;34-41 N 155.
(MM 9:6)
1. Is kidedry operativnoy kh1rurgii Arklvwgelvskogo meditsinskogo
Inst'ituta.
(UDURIM, anat. and histol.
position in relation to other thoracic organs)

KONDRATIM, G.I.
Topographical anatomy as a basis for the surgical approach to elements
of the cardiac complex, Zhirurgils 32 no.8:53-59 Ag 156. (KLRA 9:12)
1. Is kafe&ry operativnoy khtrurgii t topogrefichookoy anatw-Ai
(zav. - prof. S.I.Yalizaroveldy) Arkhangel'skogo meditsinskogo
institute*
(HURT. surg.
surg, snat.)

TWlt / Humn and Animal MIaThology (Narmal ard Pathological) 8
Circulatory System. Heart.
Abe jour t Ref Zhur - Biologlya, NO 11 1959, Ib. 2926
Author : Kohdratlyev G.
t"YeD ca.,
Arkhange cal IrAtitute
Inst
Title Cooperative Anatomy of the Pericardium
Orig Pub Sb. tr. Arkhang,. mod. in-t, 1957, vYP 17, 94-101
Abstract On 180 cadavers of humans and 42 individuals of pike
grass frog, partridge, rabbit, seal and dog it was
demonstrated that drring the process of evolution
a liberation of the heart from Jmmedial;a contact with
the surrouxdIng organs took place vhich eased the work
of the heart. This was achieved by the displacement
of the transition line betweon the pericardium, and
epicardium, mainly tawards the vessels with poclot
formation. In fish the beart is little separatod from
C ard 1/3
USSR / 'n and Animal Marphology Mrnal ard Pathological).
Circulatcry system. S
Abe jour Ref Zhur ' B'01091ya, NO 1, 1959, No. 2926
the surrouraing tissues. In amphibians the heart
is more literated since a lesser segment of the posterior
wall Of the atria iswithout the epicardium. In
'Ibirds the process is considerably advance and the ,no
Of transition of the pericardium into epicardium 1,09
fairly high on the arterial vessels. In
this line 'a located in the ZOMIS of the primary separation
Of the aorta and PulmnsZ7 artery; the vemus tranol-
tional fold is located Over the venae cavae and pul-
monales' and Posterior strial walls - The mat free
f-Ircm 1=9diate contact with the surrounding organs is
the human heart; the arterial and venous transitional
folds 110 IW1MrIly on the great vessels and only a
small part of the venole fO2d 18 on the POsterior atrial
Card 2/3
12
USS13 / Human and Anjiml Mnrpholog,
~~~ C, ~Y% I.
- - - - - - - jrl~~ (Mcrizal and Pathological), q

YELIZAROVSKIY, S.I.; KONDRATIYEV --G.I.
[Atlas of surgical anatony of the mediastinum; a manual for
physicians and students] Atlas: khirurgicheskaia anatomiia sredo-
steniia; uchebnoe posobie dlia vrachei i studentov. Moskva,
Medgizv 1961.. 106 p. (MIRA 15:6)
(IEbIASTINUM-MRGM)

YELIZAROVSKIY., Sergey Ivanovich, prof.; KQIWMI=, leorgiy
InnokentlyevichI dots., SAVELIUVA, L.A., red.; MIQUID,
T'Xv tekhn. red.
[Atlas "Surgical anatomv of the mediastinum"; a textbook for
physicians and studentslAtlas "Khirurgicheskaia, anatomiia sre-
dosteniia"; uchebnoe posobie dlia vrachei. i studentov. Moskvap
Medgiz, 1961. 106 p. (MMTn=) (K1RA 15:10)

AUTHORSt Popov, Pe A* 20-11&4-54/61
TITLEs On the Problem of Identifying Fossil and Recent Pollen of
the Water-Caltrop (TraM.9
(K voprosu ob identifikatsii iskopayemoy i sovremennoy
pylltsy vodyanogo orekha)
PERIODICALt Doklady Akademii Nauk SSSR, 1958t Vol- 118, Nr 49 pp,819-822
... (YSSR)
ABSTRACT: The first author (reference 11) determined the pollen from
the Oligocene deposits of the Bel'skaya suite (references
2, 3), which was also reported by many investigators from the
tertiary time in the vast region between the Atlantic and
the Pacific Oceans, as water-caltrop (Trapa L. in the more
general sense). After a bibliography on recent and fossil
Traps, pollen the authors give a description of this pollen
and figures (5 species, figure 1)o They state themselves
that hardly any morphological differences between the spe-
cies can be seen in this figure (reference 16 states the
Card 1/3 same fact). In the arrangement according to their size the

20 -114-4-54/61
On the Problen of Identifying Fossil and Recent Pollen of the Water-Caltrop
(Trapa Le)
smallest pollen grains are those of T. hyrcana, T. oaepica
and T. astrachanioa, whilst those of T. Komarovii and T.tu-
berc~l_ifera are the'biggeat (table 1). The first group gra-
vitates towards Europe, the last one towards the Far East
and Japano Though only few grains were measured and though
1he size of the grains is not at all a decisive paramaterg
some conclusions can be drawn. The comparia-on of the ter-
tiary pollen from sediments of the Wast Siberian plain and
of the Turgayskaya depression shows that it can be identi-
fied with the European and Asia Minor species. The fossil
Traps, pollens from the te3tLary of the Par East, Sakhalin
and other regions of the Pacific Ocean are different, and
,their analogies must be found among the jpaLa species
occurring there. Thus in the first approximation the fdasil
Traps, pollen from the tertiary of Europe and of the Asian
part of the USSR can be separated in two groupst a European
,(Atlantic) group and an East Asian (Pacific) group. The
climatic differences of these regions which led to such a
differentiation already existed inthe raise period. There
Card 2/3 are I figure, 1 tableg and 26 references, 16 of which are

KONDRAT'YEVi G.X,
Spore-pollen spectra of Middle Jurassic sedimnto in the eastern
margin.of the West Siberian Plain. Trudy SNIGGIMS no.15:73-88
161. OaRk 15:9)
(West Siberian Plain-Palynology)
...

Y..c
U. 1.
snenl~ra from Huddle Jixrasa!!~ sed-Iments n tile
trough. Geu~ - geofiz. n0.'2157--159 '65.
(MIRA 18s8)
K-.a4noyarjlco-.o geolcq1iilueskoye upravienipe.

,KONDRAT'IEVp G.P.o
Temperature effect on the filtration of freshwiter shells. Mauch.
dckl. vys. shkoly; biol. mauki no.3t17-20 163. - (MIn 160)
1, Rokomadovana kafedroy pbshchey biologii Saratovskogo
meditainskogo instituta.
(Mollusks) (Thmperature-Physiologicsl. effect)

NOINDRATITEV G.T. mashinist,
At
Some, Callen of burning-4at of the TU safety fuse on the Xg eloct,40
.1momative, Elek,I teplotiaga 7 no.208-39 F 163.
(MMA 16s2)
1. DOO Kurgan rushno-Urallskay doragle
(Electric locomotives)

KOKOMIYXV9 L, kwA, "I'skokhozymyetyeiglidi nank.
Covering co2s moods with organomineral fertilizer mixtures, AWAR I
pored. op. v sallkhos. 8 no.5t3O Wr 158" (MM 110)
1. Throolawmkays, eel 'mkokhozyayistv9nzwLya opytnaya stanteiyEj.
(Corn (Maize)) (73rtillzers and mamwem)

LYAPUSTIN, A.K.; BOZHKO, G.; PAATIMM~~,Iq GARBARGHUK, N.I.; MUST&FAYEVO
Z.S.;: IBRAGIMVV R.;ZINOVIUV,'B. IILEKSEYEV, A.A.; GLUKHOVAp G.;
SAZONOV, Yu.; KMTEWO I.D.
in the'Soviet Union, Veterinarlia 30 no.11:89-96 It
(mm 16s10)

KONDRATIYEV., I.; SICHKAR, P.; YUREV10H, 0.
Use of bacterial enzymes in the manufacture of uncooked smoked
sausage. Mias. ind. SSSR 33 no.4t54-56 162. (MIRA 17t2)
1. Ukrainskiy naucbno-issladovatellskiy institut myasnoy i
molochnoy promystilennosti.

KONDRATIYEV, I., inzh.
Stucly the sedimentation susceptibility of reser7oir bays, Rech.
transp. 21 no.10:39-41 0 162. (MIRA 15:10)
Sedimentation and deposition)
eervoirs)
t

, I.;, ABRAMOV, I.; AKSENOV, 1.; KOSTIN, A., inzh.; STADNICHUK, P.,
--KMI)RA
mekfi~fiik; DAVYDENKOV, N.; PALEYEV, G.
Supply of spare parts. Avt.transp. 43 no-3:26-29 Mr 165.
(MIRA 18--5)
1. Glavr*ry inzh. Novokakhovskoy av-tobazy (for Abramov).
2. Starokonstantinovskiy avtopark (for Stadnichuk).

KONM A I YET, I.A.
Pathogenic characteristics of the non W lutinating strains of
s4uonella paratyphi. Otg. I'san. no.1103-35 N 154. (ML 7:12)
1. Is Kievskogo veterl-nogo instituta.
(SAWOIMLLL IMMONS, experimental
paratyphl, pathogenesis of nonagglutinating strains)

10nHATOYRT, I.A., kandidat voterinarufth nauk.
-
Carrying &M spreading parstyphold bacteria by mature cattle,
Taterinarila, 32 ne.4:57-58 Ap 155. (MM 8:5)
I~Xlyevokly votorlnarW InstItat.6
(CA22L&-DIMMU) (PARATMID ZM)

USSR / Diseases of Form Animals. Diseases Caused by R
Bacteria and Fungi
Abs Jour: Ref Zhur-Biologiye, No 16, 1958, 74189
Author :.Kondrattyev, I. A.
Inst : Kiev Veterinary Institute
Title : Secondary Paratyphoid Disease of Grown Cattle
Orig Pub: Tr. Kiyevsk. vet. In-t, 1957, 13, 139-i4l
Abstract: No abstract.
Card 1/1
7

veter. nauk
Use of the meat of artirnals with tubarculosiss. Vetc-rirlariia 42
no.10-.90-91 0 165. (MIRA 18t10)
1. LrkralnskJy nauchne-issledovatelloldy Inotitnt r-yasnoy 1
molochnoy promyshlennosti.

NAUMOVA., Ye.V.; KONDRATIr-,V, T.F.
......
Measuring traverse legs by the varallactic-alig-mment rnethrd. Gecd.
i karlu. no.1:28-31 Ja 165. (MIRA 18:3)

.. i, kand. sellskokhozyaystyennykh nauk.
Side'dressing corn needs with an organomineral mixture. Zewladelle
6 no.5:63 W '58. (NIMA Ilt6)
(Corn (Raise)) (Fertilizers and manures)

KO"RATIYKV, I.G.
Automatio line for forging otepped shafto. Biul.tekh.-ekon.
inform.Gos.nauch.-ioal.inst.nauch.i tekh.inform. no.9:32-33
162. (Forging maohinery) (MMA 15:9)

RESONANCE INTERACTION OF AN ELECTROMAGNETIC- FIE. LD wrrii HIGHER'-
PLASMOID MULTIPOLE. MOMENTS (USSR)
Gildenburg, -V. - B,--, and-j- ra- Kajndnatl yev~ -Zhur'nal tekhnicheskoy fiziki, w-33,--
no, 3, Mar 1963, 301-3 S/057/63/933/003/0071021
06*
The interaction ~of an electromagnetic field with a plasmoid is discussed in a
theoretical study. The wavelengths of the field are assumed large both in free
space and in plasma compared to the physical dimensions of the plasmoid. An
expression is obtained describing the force acting ona plasmoid, with resonance
excitation of its multipo.le moments'taken into account. - Several field configura-:
tions are considered, including axially symmetric fields, traveling waves, and
standing waves. It is shown that multipole resonance effects can be considerable,
particularly when the boundary layer, which is responsible for considerable en-
ergy losses as a result of plasma heating and which lowers the Q of the resonances,
Is small. Given a narrow boundcry. layer, low -frequency particle collisions in the
plasma, and negligible damping caused by space dispersion, the presence of effects
due to resonance excitation of multipole moments is considered, certain.
IBBI
Card 1/1

ACCESSION NR: AP4024473 3/0142/64/007/001/M21#/MS4
AUMOR: Y'CrArmtlyw, 1. GO; MilUr, M. A.
TITLE: Tomp--~~ flelds. oll&d by p1mm lmy"q I!
WAM: M. ItadtaflAkA. V. 7. no, 1. 19649 124-134
TOPIC TAGS: plasm wa"WA&, plama hmpowas LWw, pblma isuftqgc laywt
zero dielectric canstant lrywq plasma wall wavepide, rediatim low,, roU of
~OLUsimv Rmtial diSpOrsicing f0maing magntic field
ABSTRAM This is -3w first of a wries of article and is- devoted top2ama
owepides made up of pi 1! 1 1 -hamagemm Eli& two-
isotropic uyers,, w%L*
=icnal electLrm waves. It is sham that tlw ref lectim coeff idefit
of the wave from a sinr~ plama 2ayw is c3 to unity In thrm
cases: (a) when the electran Itru inside the layer is sufficiently hi&.
(b) in the case of glanalng ineldence for arbitrary amoentraticn, and (c) in tht
case of 7H waves incident an a Uyer with zem dleanctric cmistant* A m2ated
case is that of W43" of bmidence, 'm wwaso AU
these poe Cm b~ Udli=d to oanstruct wa'.11VA& ristme with pu~
Cwd 1/2

6/0141/64/007/001/0176,/0179
ACCESSION NR: AP4024479
!-AUTHORS: Kondrat'yev, I. G.; Miller, M.,A.
TITLE: On the field structure inside a.plasma layer with zero di-
electric constant
SOURCE: IVUZ. Radiofizika, v. 7, no. 1, 1964, 176-179
TOPIC TAGS; plasma, plasma layer, zero dielectric constant layer,
zero permittivity layer, spatial dispersion, reflection by plasma I
layer, plasma layer wavequide, spatially nondispersive layer
ABSTRACT: This is a supplement to a more extensive investigation I
of reflecting properties of certain plasma layers (IVUZ. Radiofizika
v. 7, 124, 1964). Although the layer with zero dielectric constant
acts as a perfect reflector for electromagnetic waves, part of the
energy does penetrate through such a layer in the presence of spatial'----
dispersion due,to the thermal motion of the particles. The character
Card

ACCESSION NR: AP4024479
of the variation of the field in the presence of spatial dispersion
is treated for a TH wave incident on the plasma layer. It is shown
that allowance for the spatial dispersion does not eliminate tlie
total screening 1~y the zero-permittivity layer, but merely,shifts
the resonant value of the dielectric constant away from zero,
making this layer slightly transparent to TM waves. In the limit of
a spatially-nondispbrsive layer the correct results are again ob-
tained, but the parameters must be allowed to approach zero in a
definite sequence. All the uncertainties can be eliminated by in-
troducing a small amount of damping. -In this case there is a mag.-
netic field in the plasma layer, corresponding to an infinite elec-
tric field, but the plasma field component compensates for the in-
finite electric component, making the total field finite. Orig.
art has: 1 figure and-6 formulas.
ASSOCIATION% Nauchno isaledovatellskiy radiofizicheskiy institut
pri Gorlkovskom universitete (Scientific Research Radiophysics
'CoM 2/3

ACCESSION NR: AP402447i
Institute at the Gor.'kiy-University)
ISUBMTTTEDi 19Sep63 DATE ACQs 15Apr64
SUB CODE: PH nl~ P:cp sovs bol
ENCL: 00
OTHER: 00'2

Kq I D ~RA T I ' ~`~
Surface waves Jri a gyrotropic plasma layer. izv. vys. ucheb. zav.;
radiofiz. 7 no 5:9$7-991 164. (MIRA 18:2)
1. li,-uchno-issledovatellskiy radiofizicheskiy institut pri GorIkov-
skom universitete.

SOURCE: Zhurnal tekhnicheskoy fiziki, v.35, no.3, 1965, 571-573
Tt-PTC TAGS: radiation field, anisotropic medium, mathematical method
~,Pz,T,P,',1--T: A method is outlined for calculating the radiation field of an arbi-
-,urce distribution in an infinite, linear, homogeneous, but rot necessarily
-i of
and possibly gyrotrapic medium. The methrxi employe tlie leinz~ Lorentz
f i i! Ids and their gources in one me-d i uin ,~i~,se 1 ji ra ns pf) -- -rd
~-d by the transposed dielectric and i)em,~abl + er--;,irs . and re-
generalization to infinite media e;f th,- meth(xl -,f L.A.Vaynshteyn
23,654,1963) for treating the eNcitation of vinveg,,jides. The radiation field
T1 .1 gories of normal plane wave-- and the P!, n. ion coefficients, as-
s'-wly variing functiow of pianition, a!-.- )6ttl-it~d w'Lli tlia aid of
;-=--a 'D-,r --ho-,injy normal th" 'te9t 41,1d In the "trarLq -
plane waves as
Card 1/2

ASSOCLATIQN: Mauchao-issledovatoltWiy radiofiziclioskiy institut, Gorlkiy (Rndio-
physl,cs Scientific Research Institute, Gorky)
SUBMIA [YrM. 16Jun64. EW-L: 00 SUB CODE: EM
Nq- SOV: 005
UMR: 005
Card

-2-
F'o-45~-b-ZO/4~-4 '/Pt-7/Pi-h/Pl-4 VF(c~ VWIA T /f'-S 34/
S I - o674
Ace- S'r0,T IN A-P501 uR/o14l/65/oo8/00l/00
AIJ71-HOR - Kon- at'y_e-,r. 1. G.; Killer, M. A.
TITU: Two-dimensional electromagnetic fields guided by. plasma layerS. 11.
rluz. Rad-iofizika, v. 8, no. 1, 19651 3,,-41
TOPTC TAGSt waveguide pro'PMationj_,plasma, waveguide, plaam& layer, gyrotrapic
Dias= C~
ABS11"RACT: The first part of the paper (1--v. vyssh. uch. zav. - Radio--eizika Y. T,
) dealt with the possibility of existence of locallized electrom&gnetic
g-uided by layers of a homogeneous iscrtropic plasma. This problem is now
g,2n.eralized to include the case of anisatropic; layers (pri-ncipally gyrotropic)
and to take into account the possibility of a continuous density distribution,
th&n a viecevine homogeneous distribxrtion. Sevira.! vexiants of two-
waveguide systems with gyrotropic p-Lama va-Lis are considered. The
coefncients of reflection and surface impedances are determined for a simple
gyrmropic plasm layer inside of vhich the fieid is conn-tant and oriented either
--- - --- ----
C
ard

L
53023-65
AMMS10111 Mt AnO106`74
the reflection coefficients at various modes from a single isolated Uyer condi-
tl-ons are deduced under wbich sach 1&yers can serv as screens for high-flvque=7
electromagnetic field and form waveguide walls. It is shown that ideal screening
is possible only in the case of plasm resonance of a layer with constant magnet-
ic field oriented perpendicular to the 24 propagation dire\:tion; in round-
cy-1-Inder waveguides this should be an azimuthal zagnetic fleid. The effect of
!"apersion and absorption inside the layer are briefly discussed. Orig.
axt. has: 1 figure and 10 formulas.
AOSOCT-ATIONt Nauchna-isaledoveueVskiy radiofizicheskiy institute pri Gor'kavsknm
universitete (Radiophysics Scientific Research Institute at the Gor'kiy University)
snmam-KD - 27mar64 ENCL: 00 SUB COS., ME, EK
n- RJ7 SOVI 005 OTM 1 000

2/LW'!V' ~~P A
UR/O 109 /6 5 /0 10 /00 4 '06 58 /0664
-010097
A
Ni;_' lii~
M0N
AUTHOR: Gil'deuburg, V. B.i I~on aV ev, 1. G.
V r
-na
Z-: ~I -ctro magnelic -wave diffraction by a delimited plaa~ in 'he presence
dispersion
-664
SOURCE: Aadiotekhnika i elektronika, v. 10, no. 4, 1965, 658
'POPIC TAGS: diffraction, erruc wave difTfraction, diffraction by plasma
ABSTRACT: The problem of the diffraction,of a plane wave by both--a- Fla na
pb-~~re and a plasma infinite cylinder is solved, in a hydrodynamic approximatioa,i,
sma. "hc dif"ract-6 --I
for spatial dispersion in the pla aud
~ejd are fo-und (forroula 3) a -.3 e x D a _T~ Fian6 vector sph-rical
J. A. 5trattan ("Thcory ai Eiectrornag-ictiGni ). F'~)rn-,ulae zc~;- 'uhz
wavea arid for the arnplitudQrs of omlc and plasma oacilla-
9-~ e deveiaped, they are similar to those obtaned by A, Yildiz Nuoro
Card 1 2

L --~064-65
ACCESSION NR: AP5010097
cimento. 1963. 30, 1182). The spectrum of eraic and plasma resonances, which
~-nrres.pond to multipole n-th order oscillations, iD iww-estigated. The above
'!v 1~aseci -~T,. the as,;-inptizin Iha- pllaq,,-~-
..hzm7er
'arv, 'T .'r'. p -,)Cj c' 1 r- f-. A
1~ ;I p; ain a
~:-id a h-( Itield, refianant radiationj 01' a c"rge a V L 1-18 nea-r a
"Tl~~-, auth.--~ra wish lo t!zA,--,k IM- -1 Nl;"' cr for uaqeful
Orig. art h-Ar.: I 1'wlre atia -'k-1
i~!'TON,
Gor'ko-vskiy gosudaretyeany-f tmivergitet (C;or'.kiy State

KONDRATIYEVj -I,G,j TALAMOV,,.V,I.
Use of loorents's le=a in caloulating the fields of emission
from given sources in infinite media,* Zhur. takh. fiz. 35
no.3t571-573 Mr 165. . (MMk 18 % 6)
1. Nauchno-issledovateltakiy radiofizicheakiy institut, Gorikiy.

ACC NR% Ap6033284
SWRCE CODE: MV0141/66/009/005/ogi6/ jB
AUTHOR: Kondratlyev. 1. G.; Millerp M. A.
ORG: Scientific Research Radiopbysi~s Institute at the Gorlkly University (Naudwo-
issledovatellakly radiofizicheakiy Institut pri Gor1kovskom universitete)
TITLE: Use of the solutions of certain nonlinear equations for the study of 'Mves in
linear inhomogeneous media
SOURCE: IVUZ. Radiofizika, v. 9s. no* 5,, 1966.. 93.0-918
TOPIC TAGS: wave propagation,, nonlinear equation,, dielectric constant# magnetic per-
meability
ABSTRACT: In view of the limited number of solutions obtained for problems dealing
with the propagation of waves in linear inhomogeneous media., the authors propose a
method based on known solutions of the corresponding nonlinear equations,-wherein the
solution of the nonlinear problem is transformed into a solution of a linear!problim-
with a corresponding'inhomgeneous distribution of come parameter. In particuli~F--
0
the authors consider the solution of linear second-order equations for electromagnetic
fields with variable'dielectric constant e and variable permeability p. The artifi-
cial nonlinearization is effected by introducing a dependence of the coefficients an
the unknown functions e(E., H) and p(lp H). This makes possible integration of the
equation in general formp.and then a return to the solution of the initial linear'sys-
tem with fixed distributions (c(l(r)p H(r)) mid p(E(r), H(r))). The metbod is uni-
WC:
-56

L 289,?1-6m tj
Pe - 5 DD/G-_
D NP: Apq,oo9652 2 9 35 J-_- 3/002 0 3 30 0 3 3 3
2(
LrL HOR. Zhukova. A. I.; Kondrat 1yev, 1. 1.
A
T :~E A chamber simulatin
771 conditions for micmbiological experiments
Marti
"osrr-dcheskiye issledovaniya, v. I-, no. 2, 1965, 330-333
TOPIC TAGS: bacteria, fungus, exobiology, Mars, environment simulation, Mars
microbiolog~j
ABSTRACT: So far, it has not been possible to completely model the physical and
chemical conditions such as gravity, cosmic radiation, and magnetic fields, which
wol.Lld be encountered on Mars. However, ill is possible to expose sterile micro-
organism cultures to a preasure of 0.01 atm, a temperature gradient of -60C to
+30C in one day, a gas mixture of 95.5X nitrogen, 0.25% Co.), 0.25 Ar, and insolation
approximating solar radiation on the surface of Mars. The Institute of Microbiology
has constructed a device which satisfies the above conditions and lias dimensions
.-If li-DO x 150 x 180 cm (see Fig. I of the Znclosure). Results of experiments --rith
ivarious strains of fungi and bacteria are given in Table I of the Enclosure. The
authors concluded that, the most.. critical factor affecting bacterial cells was the
ins3lation. Pigmented forms were better able to survive a simulated Martian
card 11"4 7~

L 39710-65
-2 --Vt~4 5 3 /oo,;12 21102 6
NR: A7~011?28 --
ZhiAova, A. I. ; Kondrat'yev, I.
Af;
LEE: Species composition of the microflora of the a!:- la~;,~r5 npx'. to the
rl the Cit.., -)f MOSCOW
giya --V "~3i lipf' 6f-A964, 1022-1026
TOPIC TAGS: microorganism contamination, plant paraslite, meteorology,
ABSTRACT: The microflora -Of the air. in Moscow vas investigated Iry
exa:31ning cultures obtained on blowing 50 liter4 of &-ir vithin 2 minutea
oTer a dry medi= in a Petri dish at various elevations from 0 to 296.5 m
at fire different locations (Uoscow University, Hotal Leniograd, Hatol.
U'l;r9ina, and two tall apartment, houses). The higheat elevation correa-
to the base of the star on the steeple )f Mancov 'inirfirEiity.
30 apecioa belonging to 9 geuera -'-nergi i lua
Tricbudersa, Alt~eruaria, Rhiaopua.
1 o a r-o r 1 trio) ve r~o i so la ted &nd a I s -.) it, c Fj 1 i a S"e r1 1 .1 k4malaly of
ruogi). The predominant genera ia the season to Ybich the in,-
wam carried out (sumer and fall of 1962) ~rere penic'.AliuAt
Botry-tia, and Hacor, In the region of Roscov UniTt,rattyg
Card jle

L 39710-65
ACCF5,SIGN NR: 4P5011723
ubere thors- is a lot,-ot greenery and sanitary conditions are good, spores
t 1b,3 t r-jafungi predozainated k42% of the total), 'While in the Ticinity
hrtel Lentagrad, a section triLh heaTy traffic &ad con,amin&ted air.
f~f Pen4cillium fxtngi Yere mainly found (31 '3%*'1- rh;. percent-ag~? of
1 i amrungi waa at a maximm in the daytine, while that of Batrytis
sporee v-aa at a maximil at might, A very amall amount of Lladoaporium
Upores (1 - 8.1%) was found, as distinguifibed from 574-;941 of aporen of
-g i of thi a genus f ound in a study mad - in g, dilff ereant- ty G" 7,
01 rJum2iffl,
(the 81.-Mnsr of logo van coal and rainy). The content of Alternaris spores
in tbo air decreased in rainy and cool voatbor, vbile that of P-Onicilliun
I '~ 7 re ratsed. Orig. art. has; 1 graph, 2 tabIes.
T1014: Inatitut mikrobiologii A14 &SSR (Tnstitrto kS SS'2R)
C
r'j
c
4-

L 1~010_66 E7X2(1)1EWA(h)_ QW_
ACC NR: AP6000044 SOURCE CODE: UR/0387/651000/008/0021/0032
AUTHOR: Kondrat'vey, 1. 1.
ORG: VNIIGeofiziki,* State_Geological CommitteeS~SR (Gosudarstvennyy geologicheskiy
komitet SSSR)
TITLE: Investigation of frequency response in various types of nonhomogeneous layers
SOURCE: AN SSSR. Izvestiya. Fizika Zemli, no. 8, 1965, 21-32
TOPIC TAGS: ft-sequency response,
gat!M
ABSTRACT: A method is proposed for calculating the amplitude spectral characteris-
tics of binary asymmetric transitional layers with a smooth change in wave velocity
with depth. Analytical expressions are derived and the spectral characteristi
studied for the module and phases of the reflection coefficient and penetration fac-
tor for a layer with constant velocity gradients and density with boundaries of the
first and second kind. A method is given for calculating the spectral characteris-
tics of a system of nonhomogeneous layers of this type. It is found that nonhomo-
geneous layers have the following distinctive features In addition to.general
Card 1/2 UDC: 550.83

L 13010-66
NR: AP6000044
characteristics such as an overall reduct.-Ion in the maxima of reflection coefficients
.when the frequency is increased. 1. The amplitude curve for a layer with a linear
change in wave velocity, constant density and boundaries of the second kind has zero
points; the phase of the reflection coefficient is linear and varies from zero to
,180 degrees. 2. When a density gradiant is added to this type of layer, the ampli-
tude spectral curve is raised as a whole although there is no sharp change in its
shape. Them is a sharp change in the phase curve: clearly defined maxima and min-
,ima appear; as the frequency is raised, the phase oscillates and increases approach-
ing a straight line. 3. When boundaries of the first kind appear (both with and
without a density gradient) the minima in the amplitude curve are generally differ-
.ent from zero. When there is a single boundary of the first kind, the phase ap-
~.proaches zero as the frequency increases. In the case of two boundaries of the
,first kind, the phase varies in the same way as for reflections from a uniform layer
,between homogeneous half spaces. These characteristics may be bused to assign non-
homogeneous' layers with constant gradients of velocity and density to one *of the
,three types for a qualitative evaluation of the structure of nonhomogeneous layers.
In conclusion" the author is grateful to I. S. Berzon for a number of valuable com-
~ments, and also to L.-Lemaso and V. Vanyukhina who assisted with calculation of
the curves. Orig. art. hast 7 figures, 26 formulas.
SUB CODE: 0 SUBM DATE: 03Augro4/ ORIG REF: 004/ OTH REF: 003
lyr
a
Card.2/2

NRt
!ORG:
.TITIZ:
AT6020747 S CODEt UR/2552/65/000/046/0079/0089
AUTHOR: Kondrat'yev, I. X.
none
The nature of seismic waves Interfering with prospecting at a-ia
SOURCE: Moscow. Vsesoyuznyy nauchno-Lissledovateltskiy institut geofizicheskikh meto-
.dov razvedki. Prikladnaya geofizika, no. 46, 19650 79-89
TOPIC TAGS: seismic prospecting, ocean floor topography, seismic wave
ABSTRACT: The author discusses seismic waves (recorded during prospecting at sea)
:which were formerly explained as reflections fmm steep side slopes. However, they
Iare occasionally recorded in regions where no such slopes exist. Generally, from 5 to
i12 multiple reflections from the bottom am recorded 0,28-0.32 and 1.5-4 see after the
explosion. These repetitions have a period of about 0.3 sec and seem to indicate a
hard bottom at a depth of 200-250 m. They are readily identifiable if automatic and
,exponential regulators of magnification are used respectively. These waves, commonly
icalled "flank waves", may be grouped into three types on the basis of the orientation
;of their traces on seismograms. Traces of the first type cross -the traces of the bot-
itom reflections and are characterized by smaller periods of repetition. Traces of the
,second type are inclined in the same way an the bottom reflections. Having similar
Card 1/2
ACC NR: AT6020747
periods of repetition, the waves of the second type interfere with the bottom reflec-
:tions in the range of 3000-4000 m/sec. The traces of the third type have no relation
:to traces of the bottom reflections and are inclined in any direction. The first
type of flank wave represents diffracted and multiply reflected waves from a source
;lying to one side from the line of observation. To determine the nature of waves
of the other two types, their traces were compared with the bottom relief which was
;reconstructed f-rom echo-soundings. The author concludes that while some flank waves
may be reflections from steep sides, most of these traces are caused by irreguliari-
ties in the ocean floor. Such irregularities cause multiple reflections, reflection-
-refractions, re fraction-reflection-re fractions as well as diffraction and multiple
Orig. art. hm: 4 figures.
,reflectio~'of the diffracted waves.
OODE; 08/ SUBM DAM awe

PESTOV, A.Ye., general-mayor meditsinskoy sluzhbv; PRIKHODIKO, A.M.,
polkovnik meditsinskoy aluzhby; KONDRATIEW,J.,
Medical service of the Plack Sea Fleet during the defense and liberation
of the heroic city of Sevastopol; on the 20th anniversary of the libera-
tion of Sevastopol. Voen.-med. zhur. no.6:77-78 164. (MIRA 18:5)

_ACd__RR' AP6032138 (141J SOURCE CODE: UR/0391/66/000/009/004710048
AUTHOR. Nikitin. V. F. fSevastopoll); Kpndra!!ysY,_L_J&_(Sevastopol')
ORG: none
TITLE: The- role of motor activity during rest periods following diving
SOURCE: Gigiyena truda i professionalinyye zabolevaniya, no. 9, 1966, 47-48
TOPIC TAGS: medical experiment, decompression sickness, diving, diver
exercise
ABSTRACT: An experiment was made to determine the effect of rest with exercisem
on the occurrence of decompression sickness.Prhe master test was used, which
consists of walking up 23 cm high steps for 1 1/2 min, the number of steps depend-
ing on the age and weight of the subject. Work was calculated according to a
fo rmula presented in the original article and was found to be only 3-4 kg/m per sec.
Divers aged 22 to 36 were subjected to 439 control and 112 experimental observa-
tions during work at depths of 60 to 160 m. It was found that some exercise taken
during rest periods resulted in no sickness after diving at depths less than 160 m.
At a depth of 160 m, decompression sickness was 2 112 times less frequent than
1/2
UDC: r. 13. 68:613. 71
ACC NRI AP6032138 0
without this regime. Three men predisposed to decompression sickness and who
did not become sick after light exercises, were included in the Postdiving rest
periods. These exercises are intended perticularly for parts of the lower extremi;-
ties such as the knees, which appear to be more affected by decompression. They
are also recommended to improve blood circulation and to accelerate desaturation
after diving. Orig. art. has: 1 formula and 1 table.
SUB CODE: 15, 06/ SUBM DATE: 09Jan65/
Card 2/2

KONDRATIYEV,-- 1,M,j ISAKOVA9 A.G. (Sevastopol')
--------
Elements of axternal respiration in ooze varjants cf exercise
therapy following appendectoa7. Vop. kur., f1zloter. i lech.
fiz. kullt. 30 no.0367-368 JI-Ag 065. (MIRA. 1839)

KOMTIYBV, I.M..,ppdpolkovnik mod. q1uzhbY
~ N - I to data from a naval hospital.
of athletic injuries according (K.IRA 11Q).
Mr '57-
Voon.sed.shur. no*3:16719
S. %Bounds and injuries,
(ATMO I'C ~ 1. (Rug)
. hosp. stati4t.

K01MRAT I Tiff _2 polkovulk meditstuskoy sluzbby
- ~-:.,.
Ehudred and seventy-fifth of the Sevastopol Marine Hospital. Voen.-
med.zhur. no.8t85-86'Ag '59. (MIRA 12:12)
(BOSPITALS# - history)

-,-KQJP~~p ~I.M.~Sevaatopoll)
Elements of the phpiclogical characteristics of dosagea in exercise
therapy. Vop. kur. fizioter. i lech. fiz. kultt. 25 no* 3:247-251
my-je l6o. '(MIRA 14:4)
J (MRGISE TIMWY)

-~' 1
1. KO1-U!AT4,LV, I. S.
2. USSIR (600)
4. Tomato-Is - Tomsk jl~ .
7. Growing tomatoes in Tomsk. Trudy Tomsk. uO 1951.
9. '11-Tonthly List of Russian AccessL(jns., Library of Congress, Rarch 1953. Unclassified.

1. Koi"Lu:31 iLv) I. S.
F
2. U33R (600)
4. Tomsk - Tomatoes
7. Growing tomatocs in Tomsk. Trudy Tomsk. un.F~-951-
9. If-Ionthly List of Russian Acces Library of Congress, March 1953. Unclassified.

38262 KONDRATIYEV, K.
Bystreye zavershit' zagotovki senran tray. Zagotovki A.-kh. produktov, 1949,
No 2, a. 43-44

InKuSOVA ~ 0. ; IZDIMRAI t , 1. a. 6~ata far26- Sots.
I wages for liestack breeding at (mm 9:7)
Ilew nor= 80 Nr 156. aspects)
t,d.no.3:60-67 seding) (Agriculture-sconomic
(Stock wA stockbr

- KOIMAT'YBV* K-
Increase in labor productivity on
42-48 0 '59.
(Agrioulture-Labor
state farms. VOP. OkOn- nO-10:
(MM 12:12)
productivity)

KOIWTIYEV,, K.
Modern machinery for Soviet harbors. Mor. flot 21 no.20:
25-26 0 161. (MIRA 14:9)
1. Nachallaik otdola TSentrallnogo proyektno-konstruktor5kogo
byuro Vo-4*
(Harbors-Equipment and supplies),

NmalASOVA, 0.; KTATOYEV, K.
Conduct the shift of state farm workers, officials, and employees
to a now wage system in an organized manner. Sots. trud 6 no.122
45-54 D 161. (Agricultural wagea) (MIM 140-11)

MEKRASOVAJ, 0.; KONDRATI~~Y,_,K,.; MALS.KHOV, A.
Utilize more fully the,,,adv~intagev, of the new wage system on state
farms. Sots. trud 8 n6o'9t62-69 3 163. (MMRA 16:10)

- ----------
3/913/62/003/000/009/033
AUTHORS: Kondra.vyev; K,~ Burgova, M.P. and Gollm, T.S.
Ener distribution in spectrum of total-
T I T IJE
gy
and scattered radiation (Summary of paperY
~SOURCE. Akademiya nauk Kazakhskoy SSR. Astrofizicheskiy
institut. Trudy. v. 3. 1962. Rasseyaniye i poly-
arizataiya sveta. V zemnoy Ptmosfere; materialy
Aoveshchaniya po-rasseyaniyu i polyarizatsii
sveta,v:'atmoafere. 66
TEXT: 1,14easuring apparatus for energy distributiowi
of scattered and total radiation-spectrum in the ultraviolet-,:
visible- and near-infrared regions. Problems,of calibration of
apparatus and automation of measurements. 2. Measurement results
e
of energy distribution in scattered and total radiation in th
:case of a clear sky--the-medsurements were conducted in the El'brus
region glacier ba9e),in 1961:. Nain factors factors which deter-
mine spectral oom sition. of -total- and scattered radiation.
po
Card 1/2

ZKONDRATIYEV L; MAIAKHOV, A.
Follow the priziciple of material self-interest on state farms
consistently. Sots. trud 8 no.2:45-51 F 163. (MIRA 16*2)
(Agricultural wages)

ONDRATYEV, K.I., HMM, M.I.
-----------
"Atmospheric heat balawe#W
Report submitted to tho Symposium on Results of the IGr-IGC (Intl.
GeoptWsical Year)# Los Angeles, California 12-16 Aug 1963

Pk
ra re
air
R
CIO
w.4
w:4
- I -
rw kip
Fit "IL

KONDFAT IRVA. K.N,
?roducing pure lines of microbial phages. Trudy TomNIIVS
143134-138 163.
-Zoma oxamoles of the unti of mathematics in the-ouantitative
evaluation of mi,~roblologi~2al phenomena. lbid.il-19-Ul
1. Kafedra mIkrcbIt-)'Logft Tom3kogo wditiinskago Inc:titita i
Totnakiy lnif..ftul, vaktsin

KONDRATIYEV, K. N. Cand Med Sci -- "Variability of the typhoid baoteriopha I
VA .
Tomsk, 1961 (Novosibirsk State Mad Inst). (KL, 4-61, 209)*
-353-

KONDRATIYEV, Konstantia Nikolayevich, kand. med. nauk; STAROSTEIIKOVAp
M.M.,, red.; NIAZARffK,-K.T-.,iekb~. red.
(On Us border of the U,7ing; phagesp the viruses of microbes]
Na grazi zhivogo; fagi - virusy mikrobov. Moakwap Izd-vo
"Zzaniep" 1961. 45 p. (V3oaoiuznoo obahchestvo po raBprostra-
*Wiu politichoW" i saucbzqkh -anii. Ser.8, Biologiia i
meditsim, no.24) (MIRA 15:1)
(BACMUOPHAGE)

KMDRATIYZV..-LIL
Study of the variability of typhoid fever becteriophage, Trudy
TomVIM 11014-117 060, (mrm 16&2,)
1. Kafedra -4 obiologii Tomakogo meditsinskogo instituta.
(TYPHOID FEM)' (BACTERIOPHAGB)

KOnnTIYMV K P - OUMLIN, L.A.;- SKOKOROVSKIT. R.V., spetared.;
DINISOY. X.14-, red.izd-va; MOZHZHDU, L.P* I teklm.red.
(Operating hydraulic systems of harbor translosding machines]
Ikepluatataiia giAriavlichaskikh sistem portovykh peregrusochnfth
mashin. Leningrad, Izd-vo wAorskoi transport," 1960. 127 p.
(KIRA 14:4)
(Cargo handling) (Oil hydraulic machinery)

VORONCHIKHIN, Gennadiy Ivnnovich; KONDRAMUM,,-~ ~in P~avloyi~ch-
OGLOBLIN, L.A., red.; MOSFAROVA, T.P., red. izd-va; TIKHONOVA,
Ye.A., tekhn. red.
[Driver of lift truqks] Voditell pogruzchikov. Moskva, Izd-
vo I'Morskoi tranapRrt," 1963. 183 P. (MI RA 16:7)
(FQrk lift trucks)

XONDRATOYL7, K.T., agronon-okonomist.
Against stereotyped practice. Nouka I pored. op. v sellkhoz.
no.10:61-63 0 156, (MLRA 9:12)
(Machine-tractor stations)

VOM~MAT
Groat meat resources. Isulm I pered.m. v aellkhoz. ? no.8:6&69 15?,
(Stock and stockbreeding) (MLRA 10:9)

yoNDRATIYEVp X. YA.
Solar PadiatiOll -wave radiation in the atmosphere. Met. j gidrol. no. 6, 1947.
Absorbtion of long
Monthly List Of Russian-A9=219M Library of Congress, December 1952. Unclassified. -

rjj. "ja A -A ttviejvk-thu,'
is %
.5 rail
1005 11 ,
two 01 m.W 10
a v md6I the .1 it - vingsto"
Atn' sun Wn

KONDRAT I YXV, 9. Ya.
a M, =iUMt a effective radiation of the earth's surface. Nauch.
biul. Lon. pn. no.24s6-9 149. . (MLRA 1013)
1. lafedra fiziki atmonfery.
(Aarth-Surface)
(Radiation)

I-KONMaluve K.Ya,
lent and
Interrelation of the 08chAnilmB Of turbu
of heat in the atmospheric layer near the earth's
biul.Len.un. no.24-.10-13 149.
radiant transmission
urface. Nauche
8
(MI2A 10:3)
1. Safedre, fisiki atmoefery.
(Atmospheric temperature)

3- 1
pottacis Ati-moral""" bluclifulla T Otmadere. ~1,AIWVT .4
.1tiormlimr.] 11nwow. 1930, 187 1, 4 firi.,
't, thi
1 71 -~t. DLC-,.% t,~,tcitutic jw,~.nwi(d, 0 txiny the jn,~Ltrfn
1~d tranjer dirreqtv in The I,M~Phcfv h4wd on th"y
i,.ijr, , ELMSfit It. tdhet&) and nuny rutive fricnii-is Wumnov.
K%kTAW, EMVI.W. K111FL' Und t1thC-11). *The fiw chapt#IS (34 beCtiW&)
I; ul~vpuun vf Ion *Ave radiatirin (th-ory. tutwurcment 4-pectral hneemqd bands.
0 VC-11V MAI OthrVAILIff. ifthAftJ 111WWPOOft by 1"Attr V-APQf, CV011C. Mand
-qflitovutt, instria"iental frvcrdut,;-, etc.); 2) ~eurraf themy ond lawi,
airr r-whanim, immirwhrutnatic radia6im, %:hA-2ctVriszjCM Of FXp-)nCStiA1
trar..fvrof wmi-nx-notiaofnatic rdijion.digu~.-radiztive teornzation):
ot t~31,%,Wtr; .1iffitw an-I dirut ra-liation %1,~ Fr,WCAI and ncitirr ed
h,-4j-jef~ in the 4tm.,~,-pbem oulge-ii,g radiativ,; 4~ eff,citiw mii
t1iii, vr,uni! %.m6ricA methAs -,f cJculatium. ctrut., in nicj,umment m,
11. e4). ermt %,I inversic", Cloudinimi. vm-tr2l X'Aributi."t of etf,-4i%e t4-HOT-: arO
radiatiii.t. xrqmphical 5) rmWavc hc.-at mb,qe in ami'sp'
Itiff-Ant I'VAf ,Vrhjn~c, rAdiativir W-mce, vettit.1 irmpuaturt p
and nvmoj-,runL$ are aisliend"I. Sid!;eis 1AwJ,'ng?: 1. Imlwed rit,11AU6a 2. FULstiv-
-ALK . t

V
PEASE II TREASURE ISLAND BIBLIOGRAPHICAL REPORT AID 20 - II
BOOK call No.: Qc 861.785
Authors: ZVEREV, A. S.j KIRYUKHIN) B. V., KONDRATIYEV) K. Ya.) SELEZNEVA, Ye. S.,
TVERSKOY, P. N., YUDINI M. I.
Full Title: COURSE OF METEOROL40GY (PHYSICS OF THE ADMPHERE)
Transliterated Title: Mrs Meteorologii (Fizika atmosfery)
PublishLig Data
Originating Agency: None
Publishing House: Hydrometeorological Publishing House (GDM)
Date: 1951 No. pp.: 888 No. of copies: 10,000
Editorial Staff
Editor: Professor Tverskoy, P. N. Tech. Ed.: None
Editor-in-Chief: None Appraiser: None
Others: 1) Scientific Council and the scientific personnel of the Main
Geophysical Observatory, 2) Prof. Khromov, S. P., who critically
analysed the the mnuscript.
Tex'. Data
Coverage: A fundamental course in the physics of.the atmosphere, covering its
properties, methods of investigation, appliciLtion of thermodynamics,
radiant energy, heat energy.* water vapor, motion, weather and its
forecasting, atmospheric optical electricity, and acoustics.

ME) W AT
Mateorologioal Absto
Vole Me 4
April 1953
Parb I
Radiation and
Temporaturo
Kondrat'ev, K. IA.. 0 kharalcterisfiltalth pogloshchenila dlinnovolnovol radistsif T;
atmosfere. [Oil thr Ch.1T.I(tCtiMirS of ab,,prption of.long wave radiation in the atnicAphere.3i
USSR. (Anw,e Vp,u:1,r;zse r:drv!,we,,v1,,Cie~,YkrI Slu:Oy, hifer,entsion"yl Sbmnih, 1:75-i
1951. 2 figs_ 6 ref,.. 5 vq~. DLC-'Tht- laws f ab4orption of long wave radiation by;
m, t
itatur valwir are c~tabll Ilrd. I he p,)S-illility of application of two forms of absirption furc-
ti-5 iN discu-d: (the ~,) ralied square root faiv) aml 4 (in) ZCjr-j-:
fit i
"I III In t%,,, 0$. C,-~(w fliciv 1w, --ab~orpt itin Coe ffident. From,
the cakiThiiwii tht amhor dra%xs the cipnrln~ion that the critics of the application of the.
exrwriciiii.il Noiction of absrptirm are wrong. The la%v of square root which is largely used
in Arntrirall litel-atilre 0,-v~ n"t resilit in ally proVTC5!;. Theratimlal %%-c of the txpontntial law,
appv.irs to li~ mr,re romprehenaivc. Sub-':er., Ifeadirv: I. Infrared radiation 2. Absorption
by WNfOr %'&Pot. --X 7.Z.

V~

A'
The th ty ot actinameters. K

0o . Ila. Kondrat*r~
A
A
Slato
zh4jaw l-
"

,
'0 mdayst.
l,
l
S
is
.1
~-
Tb
c Correction due t(i radiat ive he-st "gcwL%VL(-p
the atin. and the~Savistuv- At
:< OATILat sq!ar-C df4tlan rewfillp. Cytus reldniall

KONDRATIYEV, K. Ya.
-1 ...............................
Transfer of Long-Wave Radiation in the AtM03phere. Glavpoligrafizdat, 14ain Polygraphic
Publishing House, 287, pp, 1952.

r V-
KONDIRRT"YE-11
A
Kmidrat'ev R IA 0 tuLdiund pCiloththealLa dRdriclictrarat tadiittsil v atmesfm
ilje~ [jklmildcrwe of absuptsoij nf tunit wave fadiatioil N the
Aka~.U. ;V..kSSSM. Sir. Geqfi:., No~ 5:0-75, 1952.
tali" ,I ircls., 9 cfpi. cunji,,c,xti,,,,s on the iiiii4sme (A vidail.
(Actors, o.1 the A-oxvtino 'A Ini'l; tiiavc rafUltion in the fit pmctice Only the
w, -44re 6ricialcuce of Mmirption vh~ikf In cousit!md, Author a
temperaturc and p ~unsp 4
that tile half width d tile, Aunt)(kil-jille is r4,qN-fii(NIaI to Nfj (P-p9r,1111c) al"I
xl~fute trnillcrawre). Fw twjqlt cilvili6miA 1he wati:~ vAjjor anvaint call tv irvIvisif bV'.'l
11101. Su4ject IIe,:Jipqy.. 1. Ld*X way# tbiceptiati 2. Nefliara dopeadetica of fit-sdrpti4n
3. Temperatute dependence d absofpdom-.I.A.

11
1. 211DRr-LIE11, X. Ya.; FILT-10MR, 0. P.
2. USSR (600)
4. Radiation
7. Outward radiation, Vest. Len. un. 7, No. 6, 1952.
Discussion of problem of outgoing radiation (long-vave radiation
of the earth's surface and atmosphere into space),, one of the most important and
difficult being the theory of transfer of long-wave radiation in the atmosphere
The importance of these problem in determined by the fact that the outgoing
radiation characterizes tf..,e beat lose In the earth-atmosphere system,
251T106
non
9. M thly List of Russian Accessions, Library of Congress, 'May 1953. Unclassified.

.1. YONDRATJEV~ K. Yu*,
2. USSR (600)
4. Meteorology
7. Relation of effective radiation to cloudiness. Vest. Lon. un. 7, uo. 6, 1952.
States that there is complete lack of measurements of effective r
radiation with simultaneous aerological soundings and with investigation of
distribution of cloudiness over whole earth, which lack hinders collective
comparison of theoretical considerations with observations. Emphasize$
necessity of conducting specirle axptl Investigations. 251TIO5
9. MO thly List of Russian Accessions, Library of Congress, May 1953. Unclassified.

le KONDRATIYE79 Ko YA.
2, USSR 600
4. Radlation
7. Diffusion of the intensity of effective radiation in different directions relative
to the vertical under directions of a dense cloud layer$ Naucho biul. Len. ung
No. 30, 1952.
9. Monthly List of Russian Accessions, Libr&r7 of Congress, APril 19539 Uncl.

KONDR
Meteorological Abstract 4.0-76 55i,510.5j.,55i'.52
Vole 4p No. 8
August, 1953 Kondratlev, P- _,.j Teplovoi rezhim stratosfery,
F I
Part 1 /Thernal regime of the stratosplwr, 7Friroda
gt MOSCOVS
Structure and Physics of a(?)t62-68, July, 1952. 5 figs.., 2 tables., t refs. DW"
the Atmospheres A concise and comprehensive review of the latent experimaAaj..
:dat~.~and..theoretical concepts dealinF with the thermal
base&ur' a-Zovief.a,nd fcioixn
two,", .6
iA6n-t

XNDIFIATYL-N, K. Yo- .
"On temFerature and pressure of the absorption of longwave radiation in the atmosphom".
News of the Academy of Science of "he USSR Geor-hysical Series 10,52, No 50, pp 69.
I
I

ICONDRAT I K.Ya.
.Mm --
- T m = = Ab.
ProbUne In the radiation balanee of under1ring surfaces in real
condf.tionse Vch, sap, LOU nol46tl?2-19? 152. (KrRA 1113)
1 (Solar rsAiation.)

K(:!.'D',r,T'Y-r,V, K.Ya., GRABOVSKIY, it. I. , and SKE NEVA, 'Ye. S.
"Pavel Nikolayevich Tverskoy," Keteorol. -4 gidrologiya, No 1, 1953, PP 59-60
On the occasion of the 60th birthday of the well known Soviet meteorologist
and geophysicist$ Prof P. N. Tverskoy, Doctor of Physicomathematical Sciences
and head of the Chair of the Physica of the -'-trosphere in Leningrad University.
(RZhGeol, No 5, 1954)
SO: Sum. No 568, 6 Jul 55

KONDRATIYIU,K.Ya.
Concerning B.A.Alsoushtat's article "Method of determining the ,
radiation balance of slopes.* Article reviewed by K.1a.Kondrat ev
Hetero. I g1drol. no.3:60 Kr '53. (an 8: 9)
1. Gosudarstvennyy ordem Lenina universitet In. A.A.Zhdanova,
Leningrad
(Solar radiation)

~.' J-i' , " I ""', h..Ya.
L i-i~Al 1I.V)
USSR/GeoFh.-,-sIcs - PhdLition
ud..- Au~7 53
, I .. ~
""ffective Radiation of Slopes," K. Ya. Kondrat'vev and E. L. Fcdcllskaya, lair. Gcopl-,ys
L I b . I-
Obs im A. 1. Voycyl:ov
Iz AIC 1,111.111k SSSR, Ser Cleofiz, 1110 4, vP 370-375)
LxFound rcsults of theoretical and exptl investigations into offective radi-ation 0'
sloping surf'~-tccs. Derilic accurate and approxinato theoretical forr-Olas for cale.-I the
effective radiation of s1cres. Produce obscrv-~tions P-n +.','.e el-rctii-c r-I iatic-n of
-d
inclined surf. ces. Establish the limits of applicabitity of api'lox ti-Corctical
a
formulas fcr c-0-ca the effective ridiation of sloping surfaced.
265 Tr-5

-f -
KONDRAT111"EV, K. Ya., and --- -
"The Diurtal Course of Albedo," Yeteorol. I gidrologiya, No 6, 19,53, PP 16-10,
The diurnal course of the albedo for the sea and various surfaces of the land was
observed by means of the Yanishevsk:Ly albedometer in the surmrer of 1,051 in Karadag and
in the winter of 1952 in Leningrad region. The albedo of the sea surface Increases with
decreasing altitude of the sun; for altitude 600 it is 3-5%, and for 110 and for a rud-
died sea it Is more than 30%. The albedo of the sea depends upon the state of the sur-
face and upon the turbidity of the water and increases considerably with turbidity. In
the presence of single scatte-~.-ed radiation the alledo of the sea is 704, The author
gives a theoretical account of the dependence of albedo upon the spectral compositions
of direct solar radiation (changing with the change of altitude of the sun) for recently
fallen snow and Barkhtm sands. The computed data coincides sufficiently with observa-
tions, (RZhGeol, No 5. 1954)
SO: Sum 140. 56P, 6 Jul 55

K. Ya. , and
117. Ye
"The Albedo of the Sea in,the Presence of Swells," Yeteorol. i -idrologi.,a, No 8,
1953, pp 26-27
The authors carry out an approcimate calculation that characterizes the influence
of sea swells (heaving) upon the albedo of the sea. For small zenith distances of the
sun the swells contribute to a strong increase of the albedo; for lar!,e zenith distances,
on the contrary, the albedo decreases. Observations under real conditions are necessax~r.
(RZhGeol, No 5, 1954)
SO: Sum No. 568, 6 Jul 55

YONDRVEIMI, K. YA., and 1AMMS11TINA) T. D.
"The Influence of Long-Wavelength Radiation of ozone Upon the Radia'kre
'Palance of the Terrestrial Surface and Atmosphere"
Tr. Gl. Geofiz. Observatoriij No 41, 125-132, 1953
The authors compute the flow of radiation in the atmosphere in the repion of
the spectrur-a 9.4-9.9 microns (in the neighborhood of the absorption band of
ozones 9.6 microns). They show that the function of radiati:ie passare in the
mentioned reFion of absorption can rrith sufficient accuracy be described by
an exponential function. In the limits of altitudes up to h5 tmz, the atamosbhere
divides into 3 layers, in each of vehich the distribution of ozone concentration
with altitude is approximately descrW:d by a linear function. A nimber of
tables are presented illustrating the influence of long-wavelength radiation
of ozone upon the flow of radiation in the upper bounds of the stratosphere,
at the level of the tropopause, and at the surface of the earth. (RZ*nGeol, ITO 3,
1954)
SO: 71-31187, 8 Mar 55

IONDRA6T'YZV, K.U., dotsent; YEWVSKIKH, M.P., aspirant.
I- ~'~ ~-
Radiation topography of the celestial sphere. Nauch. biul lon.un.
no-31t8-11 153. (HLRA 10:3)
I* Kafedra fisiki atmoefery,
(Radiation)

IONMATI ",,,dotsent; DOVGTALLO. U.Ne, student
a- dlw--,~
Physical nature of the hotbed offect.,Nauch.biul. Ien.un. no.31:11-
16 '53. (MMA 10t3)
I* N&fedra fisiki atmoeforye
.(Hotbeds)

ZAVODCHIKOVA, V.G.; KONDRATOYET, K.Ta.
Spatial distribution of scattered and reflected radiation. Vest.
IGU 8 no.2:107-113 F '53- (141M 12 -.7)
. (Radiation)

~ I- !~~ I I -~ - , , -- --- -, - t- * I- - I
- I , - W 11, -1 u k I .

KONDRATIYEEV, K. Ya.
"Letter to the Editor".
Meteorol. i gidrologiya, No 5, p 61, 1954.
In connection with B. A. Ayzenshtat's article "Concerning the Remarks
of K. Ya. Kondratlyev on B. A. Ayzenshtat's Article 'Method of Determination
of the Radiational Balance of Slopes."' (See RZhGeols 3530, 1955.)
(RZhGeol, No 91 1955)
SO: Sum No 884, 9 Apr 1956