SCIENTIFIC ABSTRACT [PIDOPLISHKO, N. M.] - AGRONOMOV, A. Y.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100520019-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

ACC NR: AT7011648
zation of ~rine-f6cal cand fecal mixtures. Unfortunately,,
the remaining unidentified organic substances are very
toxic for plants and must undergo additional processing.
-Traces of hydrogen, saturated and unsaturated hydrocar-
bons,, and ammonia are found in the vapor after minerali-~
.zation. Furthermore, the hjgh pressure (150 atm) and
.temperature (250-275*0 required make this method
technologically difficult. A Oossible use for this method
is high-temperature hydrolysis of urea, producing ammonia
and nitric acid. More research is required to determine
the place of*the "pressure cooking," method In a complex
life-support system.
An aerobic method was selected to demonstrate
biological mineralization. Biological mineralization
can be intensified by (1) increasing the tot6l num-
ber of microbes by regenerating the activated sludSe.
(2) Increasing oxygen utilization by prolonging con-
tact of the mixture with air (without increasing the
length of aeration), or (3) by using higher tempera-
tures during cultivation of activated sludge. Long-.
term experiments were conducted with a concentrated
(1:30) urine-fecal*oolution aerated for
.4 hr,, with the
Card 4/6

ACC NR: AT7OIjO43
follow'Inc" results: 85,c,') mineralization of' organic sub-
0
stancoo- "Ind 95~o' convorsion of nitrorren-c.ontainingr sub-
stances into nitrates.
Gascous products of waste mincralizat*.I.on must be
.converted into solid or liquid forin for use as'plant
nutrients. With the catalytic method of mineralizing
,gaseous substances, oxides of nitrogen and sulphur,.
C02, and water are obtained. Mineralization.of a daily
amount of solid and liquid human wastes produ *des as much
as 3.0-4.0 9 of free nitrogen, 0.5 9 of hydrogen, 3-0
g of carbon monoxide, 7.0 9 of ammonia, and as much as
5.0 9 of saturated and unsaturated hydrocarbons. During
this process, as much as 122 g of C02 can be formed and
60 g of oxygen expended. The end product, after minerali-
zation and purification, must contain only nitrogen,
oxygen, and C02,
flineralization of human and plant wastes is.closely
connected with the regeneration, conditioning, and stor-
age of water. Water sources are.waterreontaining pro-.
ducts of human metabolism and life-support system opera-
tion, a condensate of atmospheric moisture, and water of
transpiration. A water-regeneration pystem weighs 20-
Card 5/6

ACC Wt AT7011648
50 kg'regardless'of flight durationr.-while a *Waier supply
for three men on a 30-day spacefligij~-can weigh 495 k9.
One inan requires approximately 4 litOrs of water per day.,
of which 1200 ml is drinking water, 1000 ml is needed
for food preparation (more for dehydrated food), and 1800
ml for hygienic needs. Sufficient water for these pur-
poses can be supplied by atmospheric moisture, urine,
water left from washing, water of transpiration from
higher plants, and algal substrate. The most promising
methods for regeneration of water from.human metabolic
wastes are catalytic oxidation, vacuum distillation, and
Iyophilization. Lyophilization-or molecular drying uti-
lizes the vacuum and low.temperatures of space. Studies
have shown that water can be purified with sorbents (in-
cluding ion-exchangers) if organic substances are oxidized
first and semipermeable membranes are used. A number of
other method'a can be used for regeneration of water'.
electrochemical methods, ultrasound, radiation, and OZO-
nation. Hygienic and chemical properties of water re-
generated by Iyophilization, vacuum distillation and cata-
lytic oxidation are listed. These data show the need
for additional purification by sorbents in some cases.
Orl's. art. has: 1 *table. CAM "RESSI 5098-P)
SUB CODE: 06 / SUBM DATE: none
Card 61'6

BOT/30-59-1-50/57
MEM: Afrlky-. E. K.k Knuhy.e., A. G.. Cacdld.%*s of BIO20"Cal
soloncee
TITIS: V.* of Antibiotics in plant Cultjvat~cn (Prine.onlyo anti-
blo~i~cv w
---k 3001, 1959.. sr'l" Vp 142-14~ (US=)
A--S-,XA=: I cot!oronoe dealing with thij Ubjsc% took place In Tor-ac,
from s to 13 October, 19551 It had bown called by the Inwtitat
V-ikrv1icZ4Cij Ak&dexil nauk SSSR (MI-c-ablologleal Intltut*
of the I-dfy of 3.1.. 1 the T .... Y..UYY InAtItat
Zlklrobl.I.Cil VAIMhVIL
1.stitmt. for Agrf~2t-2 111crobiolowy of the TAMMIT) and
the Skt.r ik-tiblegil Ak.d-Aj nak A-7-koy SSR
out f= Ac.~dmy of S.- Pt
tsli',, JS1- -th
. to about K1.7616.
Me M;-%=TJtr--7& a- think
;ro.9%- *f,high-r.Pl&=t6d
1. X. pidoplicht reported on 10-stl6sticcs Of 1"93,62 7 a.
6-11.a arriad cut by Ukrainian ey.oloslot. an .... ,-::r.
flora and its'.Ullsati.n. I. the fs,&b. asainot .6.1caltar.,
T. with the -'LlizatIms of tjh.
-:~- ran 1. sshtL he disesson of.cotton haeb",
- , cl~
vm'.- other CrIoull~al 'or do.
'e-Zor"Imi or
r.P.rt dealt with tu
produce ..ti,. agal-.14 *h-
f potato wort dl 0:1:;. and 41ple"s InS. saiss.
t. _0- -T~ cut the st 11"t1= of
I k* b
SO" a fighting Pout. rime cat aa4
b,*t*r!:"I, ebb
n7a r.puft:d On the affect ~k preparations frzzo
to prevent wilt of the Ottooz tv-h-
card 2/4
at... :b
.p- b..t tL. util _ , .,.r
-It- -4 pOt.t- wilt.
C k - Seib- dealt
witb the utilization a epiphyte micreflore, In Is Ag -r.I
f-ev. di-p.. 1. plant..
4- ..d In I.-Us.t1one
of we 1.11 1-. t1lip.tion 1. flab'&IXW
d.i-- ii.rrI.S 1. act&.. b..b.. and be"..
_!. yj_5~t'l f~- jj~_ 7j,_r~~A.-A--XMAhAXAZ*.-Z-.L-
Crt7 - -~ - =1k tried the vffoot of ant.-blotla preparatices no
t........d "In.t In fighting dl.-"
of d.-ti-
T- 7.. lsj-hh.~ th. investIgntima
artibleU...
2,k1AZ.-A-M.-aLlaX*x pok. b-I the prod.ollan of "a
pr.Wnti-w :Cz-1-ofullvin an trikhot zal.. and tbl~ of-
feet a fuAgo of I. cabbage. hs.t -4
no r..ult. amblow.4 In the wtIl1s&zjw,
of &Atibi tlo_q_ s4ainat ucp*Lrwd wilk ovSk.. -
x deal
of -ulhylt.. "al.teat
1, zu"01.11.9.
~Xq A, described a notha& or rW& &w_
I- Inall- Of the QrrWTT-Vr-L=tIbj.tI.* au plentg. Th.
participants in the conference f-d the cot 4&rrlo& aws 1.
Ihie field In tjo. PSU ga..ffitiant, Th. OrSnuisetIoun of .
Inift-triffil produatlon Of actibl*tlco and alorolze prpticon
fvr thatpurp. ftb:i large-a-le, practical atroet t1oft a
nerlo-i, ." I:: "o as drous a. "64oos". rho a!.-SU or 0:
Lat"Girscat Ion of joint of tb. ..Go h tJoal,
-4 the of plant, 16f origin was
Pointed Ut..Tb- or o.rdIcotIum of ..,* go
h and oftillsation nice,
j:tjbI.tj.* in plast b...4414,
ba:1-ed .6 -.11 .. the h Ing of P-710416.1 confe"'woz,
dealing with %h1. problem.

KRABILINIKOV9 N.A.; AGRE9 N.S. -,
.
Aetinamyeeteo of the cyanoalbus group. Trudy Inst. microbiol.
no.8:254-274 160, (MIRA 101)
1. Moskovskiy gosudarstvennyy universiteto
(ACTINOMYCErALES)

ELI-d6GISTAN, G.I.; TEYS, R.A.; SE1--L'2'1;OV, M.N.
SILAYEVp A.B.; AG
Isolation, purification and basic properties of antibiotics from
Actinomyces globisporus var.roseus strain No. 2911. Antibiotiki
6 no.10:871-878 0 161. (1411a 14:12)
1. Laboratoriya antibiotikov biologo-pochvemogo fakullteta Yoskov-
skogo universiteta imeni Lomonosova.
t,ANTIBIOTICS) (ACTINOMYCES)

AGRE . N. S.
Phage of a thermophilic micromonospore - Micromonospora vulgaris.
Mikrobiologiia 39 no.3:414-417 My-Je 161. (MIRA 15:7)
1. Moskovskiy gosudarstvennyy universitet imeni Lomonosova.
(BACTERIA, THERMOPHILIC) (BACTMUOPHAGE)

S/220/621!031/001/003/003
Authors: Agre, N. S., and Orleanskii, V. K. 1018/1218
Title: THERMOPHILIC ACTINOMYCETES IN THE SOIL OF PAMIR AND THEIR
ANTAGONISTIC PROPERTIES
Periodical: Afikrobiologiya, v. 3 1. no. 1. 1962, 95-102
Te.xt: Thermophilic bacteria and actinomycetes are widely spread in Pamir soils. Their numbers do not
depend on the altitude, being more affected by micro-conditions of the soil in question. The numbers of
thermophilic bacteria and actinomycetes in any particular soil depend on the kind of the soil and the extent
ofcullivation. The thermophilic acdnomycetes isolated wer.- shown to belong to 8 species, four of which were
identified: Aficrontonospora rulgaris, Aficronionospora inonospora, Act. lizerniodiastaticus, and Therniopo-
lyspora pol),spora. The prevailing organism was Af. vulgaris. The strains isolated were tested for their anti-
bacterial activity against Aficrococcus aureus, Mycobacterhan. Art. globisporits Sacch. cerevisiae, Bacl. roli.
Antagonists against Af. aureus (36% of all strains isolated) and AciinomYces globisporus, prevailed.
Association: Moskovskii gosudarstvennyi universitet im. M.V. Lomonosova (Moscow State University im.
M. V. Lomonosov)
Submitted: January 30, 1961
Card I /I

ZVYAGINTSEV,: D.G.~ VINOGRADOVA, K.A.~ AGRE, N.S.i PERTSOVSKAYA, A.F.
0 p
Nabitral (?rimary) fluorescence of actinmVaetes. Mikrobiologiia
33 iic).44631-638 JI.--Ag 164. (MIRA 18t1)
1. Moskovsk!y gosudarstvenay7 rtniversitet Imeni Lomonosova.

AGrT,,, N.S.
Methods of isolat-ng and cultivating actirxmyze--es.
MikrobiologiAa 33 no.5:913-927 S--l) '64.
INFUt 18:3)
1. Biologo-pochvennyy falculltat Moskovek.-)go pauflarstvennogo
universiteta imeni Lornonosova.

KRASILINIKOV, N.A.; AGRE, N.S.
flew genus of ray fungi Actinobifida n. gen. Yellow group Ac,inobifida
dichotomica n. sp. Mikrobiologii,a 33 no.6:935-943 N-D 164.
(MIRA 18-4)
1. Biologo-pochvennpj fakulltet Mosko-vskcgo gosudarst'venriogo
universiteta imeni Lomonosova.

ITIASIL1119KOV., N-A";
brow3i group of At.-tinobiflia cX-cmcg3ria ri, Mdla,obiologiia 34
n002:284-291 I/X-A~P (MIRA 18:6)
v fultcull ','oskovs-'-cg,- gosudarst-vennogo
1. Blologo-pochvenny
universiteta imerd LoT%onoscva.

YEVREINOVI'li, TA. TSAPLINA, 1.4.~ AGRE, N.S.1, W.VYDC'V,, 1.1111.
Differt of temperature on nuc",&"ic ai:,d;3 of the thenmrphilic
and masopbIlic variants of Microinciaospora vulgaris.
I-likrobiologila 34 nc,.36.41,1-~17 MY-Jo 165- (M-A 18,111
1. Biclego-pochvenryy fakullt~O, Moskovskogn gcs-adn,,s`,.\n~nncF,,%
unixersitata imeni M.V.D-mcziosova.

AGRE, N.S.; ORLEANSKIY, V.K.
Antagonistic properties of some spedes of thermophilic actino-
myces. Antibiotiki 9 no.9:796-800 S 164.
(MIRA 19:1)
1. Biologo-pochvennyy fakulltet Moskovskogo universiteta imeni
Lomonosova.

SOROCHKIN, I.M.; GRISHIN, L.I.; AQA& SI spetered.; VASIL'Y3VA, G.R.,
red.; KISINA,iYe.I., tekhn.red.
(Progressive methods of work organization in salvaging
departments of meat combines] Peredovye matody organizataii
truda v tsekhakh shirpotreba miasokombinatov. Moskva, Pishche-
promizdat, 1956. 27 P. (HIRA 12:5)
(Leningrad--Buttons)

! i -, a-LIvzvicbj-VATMj Yuriy Yakcm2avich; RYMDVt-V.A.p red.;
LANOVSKAYAt M.R.9 red. izd-va; KLEYWANg M.R.9 tekhn. red.
(Steel pipes; manual for traWng qualified workers under operating
conditions] StalInye truby; posobie dlia podgotovki knialifiteirovanrqkh
rabochikh na proizvodstve. Moskvaj Gos. nauelmo-tekbn, izd-vo lit-ry po
obernoi i tovetnoi metallurgii, 1961. 189 p. (MIRA JAt8)
(pipet Steel)

AGRA, _1.1,~-ALIDIUVA. K.N.; ANANYAN, V.V.; BERLIN, R.I. [deceased.1;
Ir.014IN, A.V.; KAGAN. I.A.; KRONGAUZ, N.D.; XUAKOV, A.M.;
MARKOV, V.P.: MATVrM, Yu.M.; NESMAYAY, A.M.; OSIPCV, A.P.
(deceased]; POZIN, M.S.; FAYNSHTETN, VA; SHAPIRO, B.S.;
S1WCHVKO, N.A.: SHCHIRIN, V.N.: ALISHIVSKIY, L.Ya., katd.
tokhn.nauk, red.; VLADIMIROV, Yu.V., red.izd-va; MIKFI]ffWA,
V.V., takhn.red.
[Rolling and pipe mills) Prokatnoe i trubnoe proizvodstvo.
Pod red. L.E.Al'shevskogo i A.V.Istomina. Moskva, Goe*.nauchno-
tekhn.izd-vo lit-ry po chernoi i tsvetnoi metallurgii, 1962.
246 p. (MIRA 15:2)
1. Moscow. TSontraliryy institut informataii chernoy metallurgii.
(Rolling mills) (pipe mills)

AGRE, Valentin LIvovich; SHEVCHENKO, Nikolay Andreyevich;
......... -- '' 06LVBCHIK~ R.M., red.
[New gas pipelines in the Soviet Union] Novye gazoprovodnye
truby v SSSR. Moskva, Izd-vo Metallurgiia, 1964. 30 p.
(MIRA 17: 7)

_Y -lentin Iyo - VATKDI ,
MATVEM, Yuriy Mikhaylovich; AGRE, i
a --yich,
Yuriy Yakovlevich; KRICJIffS-kIY, Yevgeniy Markovich; RYMOV,
V.A.., red.
[Welded pipe; workers' handbook) Svarnye truby; spravochnoe
rukovodstvo dlia rabochikh..-,-I(,oskva, Iz-d-vo "I'letallurgiia,"
1964. 188 p. - (MIRA 17:5)

AGRENIGH. A.A.. inzhener-podpolkovnik; ZHEREBTSOV, A.A., polkovnik, re-
aaktor; KONOYAWVA, Ye.K., tekhnicheskiy reda)-tor
(From stone to modern projectile] Ot kR=ia do soverwennogo
anarlada. Moskva, Voen. ltd-vo Ministerstva oborony SSR, 1954.
161 p. (Projectiles) (MLRA 8:7)

--- AGMICHI, A.A.
Standardization during the Second World War. St&ndartizatsiia
29 no.7:52-53 J1 165. (MIRA 18:11)

IGMICH, Aleksandr Andreyevich, inzh.-polkovnik; ZHERKBTSOV, A.A., red.;
STRILINIKOVA, N.A., tekhn.red.
[Antiaircraft artillery] Zenitnaia artilleriia. Moskva, Voen.
izd-vo H-va obor.SSSR, 1960. 21) p. WRA 1):6)
(Antiaircraft guns)

AGBEST, D.M., inzh.; D7XM1T, K.I.; PrANOVXIY, A.G.
Constructing a precast reinforced concrete sintering plant. Prom.
otroi- 38 no.8s4l-44 160. (NM 1318)
1. West Voroshilovskstroy.
. (Precast concrete construction)
(Sintering-Squipment arA supplies)

BL-'AGOVy V.L.; S!L~GOIUA, 1),
Usint-, combined, ~ssarablybloc.:s in c=sti-ret-ing 'aL-st ilwn--c-a..
Prom, stroi. 39 no. 2:5-9 161.
1. Yuzlinyy
stva i '06SR. (for 31af-ov). 2. lrcmb.,,~~. t
('Lor Zilegolev). 3. Gosu&-rAveraiN7 pruo. AnTy iwt.'ti: L 1.':r, 1
hanotrultsiya (Cor Don))
5. Voroshillovs'-siuroy (for roat).
(31&st furn-ces) ("Precast concce~~e conArtictioO

USSR/Analy-tical Chemistry - Analysis of Inorganic Substances., G-2
Abst Journals Referat Zhur - Khimiya, No 1. 1957: 1216
Author: Stolyarov, K. p., and Agrest, F. B.
Institution: None
Title: Colorimetric Determination of Traces of Copper in Metallic Nickel and
Its Compounds iD-the UV Region
Original
Periodical: Zh. analit. khimii) 1956, vol li, No 3, 286-291 (with a summary in
English)
Abstract: The colorimetric determination of Cu, traces in Ni compounds is based
on the measurement of the optical density of the ammonia cmplex of
Cu(i) at 365-38o m/4 At these wave lengths the Ni complex shows in-
significant light absorption. Cu(II) is reduced to Cu(I) with ascor-
bic acid in the presence of KBr. In the concentration range 5-20 ~/.ml
the Cu(I) complex follows the Beer-Lanbert law. The determination of
Cu is carried out at the following ratios: Cu:Vi:CO:Zn = 1:1,500:30:75-
Fe(II) interferep.
Card 1/1 9&6AAJ--,~
/L4-YU A

Category USSR/Optics - Optical methods of analysis. Instruments K-7
Abs Jour Ref Zhur - Fizika, No 1, 1957 No 2533
Author Stolysrov, K.P., Agrest, F.B.
Title Colorimetric Det6ftiination of Traces of Copper in Metallic Nickel and in its
Compounds Using the Ultraviolet Region of the Spectrum.
Orig Pub Zh. analit. khimii. 1956, 11, No 3, 286-291
Abstract A procedure was developed for the colorimetric determination of traces of Cu
in metallic nickel ancl its compounds, using the UV region of the spectru-a,
based on the absorption of rays with ~ 265 -- 380 * in the a n4a complex
of single-valent copper. The sensitivity of the method is 0.5 Y/ml Cu with a
cuvette thickness of 2.5-cm. The ratio of the ammonium-bromide complex of
copper to the absorption of the visible and UVrays was studied in the range
of wavelength from 450 to 300 n)u and an absorption curve of this complex was
plotted. It was shown that traces of copper can be determined with a ratio
of accompanying elements Cu-,Ni:Co:Zn 1:500:30:75 without preliminary sep-
axation.
Card

VARM~ICHEVA, Aleksandra, Illinichna, inzh.; DUTKINSKAYA, Yelizaveta
., inzh.; AGREST-Faina Bo - , inzh.; AKATOVA,
Kazimirovna , Faina Boriggyps.
N.V., inzh., red.; FREGER, D.P., red.izd-va; BEWGUROVA, I.A.,
tekhn. red.
[Use of organic reagents in the chemical analysis of electrolytes
in electrolytic cells of nonferrous metals and alloys] Primenenie
organicheskikh reagentov v khiricheskom analize elektrolitov gall-
vanicheskikh vann, tsvetnykh metallov i splavov; opyt zavoda
"Elektrik.11 Leningrad. 1961. 12 p. (Leningradskii dom nauchno-
tekhnichaskoi propagandy. Obmen peredovym opytom. Seriia: Zasbchit-
riye pokrytiia, no.10) (MMA 15:6)
(Nonferrous metals-Analysis) (Electrolytes)

KOSHKIN, N.V.L_A, r .
_.,
Use of thiosemicarbazides in analysis. Part 7: Photometric
determination of copper in aluminum and its alloys. Izv.vys.
ucheb.zav.; khim.i khim.tekh. 7 no.6:910-913 164.
(MIRA 18-5)
1. LeningradFkiy tekhnologicheskiy institut kholodillnoy
promyshlen.ncsti i khimicheskaya laboratoriya zavoda, "Elektrik",
kafedra obsbehey i analiticheskoy khimii.

'~A h i U RF~ I . L . ` - I .. y ';,, . YU ,
S I MYU K , Ye . A . ; G TSIJTj 13' , G. S. ; AG %ST , ~'. B; I,_; 13 y ;,I!
I
Polarographic and spectrophotometric studies of' the properties
of complex compounds as dependent rn the conditions of their
formation. Zhur. prikl. khim. 37 no.6:1233-1237 Je 164.
( M nI-t 18. -- 3 )

AGREST, G.A.. inshoner.
,--
Now techniques of installing wiring for electric lights in apartmaht
and public buildings. Svetotakhnika 3 no.3:24-26 ~(r '57.
. I (MA 10:3)
1. Trost *BlaktromPnta2h-558.
(Blectric lighting---Wiring)

Card 1/1 Pub. 146 - 4/2o
Author Bene, A. A., and Agrest, M. M.
Title Taking into account the finite thickness of the emulsion layer when
investigating nuclear processes by means of the photographic method
Periodical Zhur. eksp. i teor. fiz-,-27, No 5 (11), 557-562, Nov 1954
Abstract The authors introduce corrections to account for the finite thickness
of the emulsion layer in order to determine the complete number of
traces of any nuclear particles within a given solid angle. Three
references, all Western.
Institution :
Submitted : January 15, 1954

ussVilucle ar -Phy~ i c s - Nu -c1 e art e ch-n-1 q-ue s-- FD-2882
Card 1/1 Pub. 146 - 19/26
Author Agrest, M. M.
Title Taking into account the finite thickness of the emulsion layer in
investigating nuclear processes by the photographic method
Periodical Zhur. eksp. i teor. fiz., 29, August 1955, 249-251
Abstract In his previous mork (co-author A. Bene, ibid., 27, 557, 1954) the
author obtained an analytical expression for the ratio of the total
number of secondary particles formed during a nuclear reaction within
a photoemulsion to the number of secondary particles whose tracks are
located wholly in the emulsion layer; here it was assumed that the
primary particles are incident parallel to the emulsion layer. In the
present note the author derives similar formulas for the more general
case where the primary particles are incident at a given angle to the
surface of the emulsion layer. He thanks Doctor Vestmayyer for posing
the problem and A. Bene for preliminary analysis. Three references.
Institution
Submitted March 24, 1955

S/044/.60/000/010/021/021
C1lI/C333
AUTHORs Agrest, JI*M.
TITLEs Systematization of the direct method for the calculation
of determinants
PERIODICALs Referativnyy zhurmal, Matematikap no. lot 19609 183,
abstract 12152.(T:r.Sukhumak.goa.ped.in-ta, 1958, 10-11t
475-480)
TMs The author gives an algorithm for the direct calculation
of letter determinants of high order. The essential feature of the
method consists in the ordering of the determinant into groups of
terms which contain an equal number of elements of the main diagonal.
[Abstracter's notes Complete translation]
Card 1/1

AUTHOR: Agreatt M. Y. 57-28-6-30/34
TITLE: The Determination of the Portion of Radiation Impinoing Upon
the Circular Diaphragm From a Surface Emitter Which Emits
in Accordance With the Cosine Law (opredeleniye doli izlu-
cheniya, popaday-ushchey na krugluyu diafragmu ot poverkhnost-
nogo emitters, izluohayushchego po zakonu kosinusov)
PERIODICAL: Zhurnal Tekhnicheskoy Fizi~if 1958, Vol. 28, Nr 61
pp. 134o - 1344 (USSR)
ABSTRACT: If elementary radiation sources are uniformly distributed
according to the circle having the radius r E = r, and if
they emit according to the law I - 1 0coog , the integral ra-
diation a which impinges upon the circular platform having
the radius r d - R> r(figure 1) is determined as follows:
r 1' 0~49
6 4nI S~ df ~d~ sin 9 con 0 dQ M
0 0 0 0
The required portion of radiation which impinges upon the
Card 1/4 diaphragm of the radius r d - R

The Determination of the Portion of Radiation Impinging 57-26-6-3o/34
Upon the Circular Diaphragm From a Surface Emitter Which Emits in Accordance
With the Cosine Law
R 2 h 2 R)2+(A)2 2,
+ (;rD + + - 4 A! (4)
r r 2 r I r2
By comparing the tabular valuesr(for r /rd= X (1 and
r I > I at parameter values z h satisfying the condition
E/rd= x rd
zi-XZI =h, it is found that they in all cases correspond to
the relation (6)
rL 1 R 2
q2 r 2
rt i x 2
QV
If the elementary radiation sources on the inner surface of
the hollow cylinder having a radius R and a height H are uni-
Card 2/4 formly distributed, the integ-fal radiation cr, which impinges

The Determination of the Portion of Radiation Impinging 57-28-6-30/34
Upon the Circular Diaphragm From a Surface Emitter Which Emits in Accordance
With tho Cosine Law
on the diaphragm r