SCIENTIFIC ABSTRACT ALEKSANDROV, N.N. - IVANOV, V. Y.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100830004-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

doktor med.nauk
Surgeion's tactics in cincer patients' refusal of surgical
treatment. Zdrav.Bel. 8 no.20-5 F 162. (MIRA 15:11)
1. Iz Nauchno-issledovatellskogo instituts. onkologii i
meditainskoy radiologii Ministerstva zdravookbraneniya BSSR
(direktor N.N.Aleksandrov).
(CANCER--EXCIS10N)

AIEKSANDROV, N.11".
Current state of the treat..- of breas t cancer -..n tt.he I ni Led
-"tat,-s; frn! povsonal impre-v~I-ino. V,)F.,. Onk. 8 no. 2:92 -99
162 kMTW-i. 17:61"
't-ta i ed-,.ts-* n-
skoy rudiologil Ml.n-*.3t-,w--txa ((ilr. - dnkt-)v
ined. nauk N.N. AleksancirovIl

,,AUKSANI)ItQV, , N~N.. _ -,
Present statue of the fundamental problems of oncology; re-
sults of the Eighth Interwitional Cancer Research Congress.
Zdrav. Bel. 9 no.l,.87-91 JJ63. (AURA 16.-8)
(CANCER FIESEARCH-CONGRES,113)

All.,EKSANDROV, N.N.; GUTIWJ, Z.M.
,nosis ani tres-Ament of mnal i gnant
Statms of prevention, diar
tumora In the White Rusvian S.S.R.; dtta for 1196". 7.d2av. Pei.
9 no.6,0-6 Ja .163. (MM 17: 5)
Jn:,,tit,ot; onkolloi,,il i
radiologii (direktor - prbf. N.N. Al-ksiandroj),

ALFKSANDROV, N.N.; PODDUBNAYA, T.T.; TlSlf(,HFNrO, N.A.
Scientific and Practical Conference of Oncologists of White
Russia. Vop onk. 8 no. 10:119-121 162. (14IRA 17:7)

ALEKS.414DROV, N.N., gornyy inzh.; AZAHKOVICH, A.Ye., gorntry inzh.
Crushing rocks by blasting in order to use continuous operation
equipment. Gor. zhur. no.6:35-37 J6 64. (MIRA 17:11)
1. TSentralInyy w-uchno-issledovatellskiy gornoraz-vedochnyy institut
tsvetnykh, redkikh i bla0gorodrifth metallov, Mosk-ra.

A,TZPA4DRPY.,.Aika,.U _AUo2&y*viW4-; VZNUZDAYIV. Bergey Vasillyevich;
DVORYANKOV, Bergey Mikhaylovich- XONITS, Yuriy Vladimirovich;
MABLOV, Aleksey Vasillyevich; MLTE~SEW.'Sergay Iustinovich;
SOBERAYSKIY, Konstantia-Stanislavo-vich; MURASHIV, S.A., redaktor;
KHROMGMMXO, F.I., redaktor izdatelletva; WZOMIN, G.M., tekhni-
cheekV redaktor
[Precise calculations in topographical surveys of irrigation
clistricts) Raschety tochnosti topografichaskikh s"emok v raionakh
oroahaniia. Moskva, lod-vo goodazichaskoi lit-ry, 1956. 48 p.
(Topographical surveying) (MIRA 10:1)
(Irrigation)

ALEKSANDROV, N. N.
"Accuracy of Horizontals on the Ilane Drawing Table Using a 1 : 10,000 Scale
Depending on Heights".
Tr. Mosk. in-ta inzh. zemleustro-vstva, No. 1, pp 75-87, 1954.
Causes of errors in mapping are enumerated. The mean square errors
are co uted for horizontals on the drawing table of topographical sur-
vey. ITRZhAstr, No. 1, 1956)
SO: Sum No 884, 9 Apr 1956

K, h N D P, 0 V) N - f\J
3M Y PHASE I BOOK EXPLOITATION SOV/1720
Leningrad. Glavnaya geofizicheskaya observatoriya.
,Voprosy razrabotki meteorologicheskikh priborov (Problems in the De-
velopment of Meteorological Instruments' Leningrad, Gidrometeoizdat,
1958. 49 p. (Series: Its: Trudy, vyp. 83) 1350 copies printed.
Additional Sponsoring Agency: Glavnoye upravleniye gidrometeorolo-
gicheskoy sluzhby.
Ed. (Title page): M.S. Sternzat, Candidate of Physical-Mathematical
Sciences; Ed. (Inside book): M.M. Yasnogorodskitya; Tech.'Ed.; A.M.
Sergeyev.
PURPOSE: This issue is intended for scientific personnel engaged in
the construction and use of meteorglogical instruments.
COVERAGE: In general, this booklet covers descriptions of new instru-
ments and problems encountered in their development. It also de-
scribes methods used for selecting the optimum interval for averag-
Ing the velocity of the wind and for determining the aggregate com-
position of fogs. The instruments described in detail include a new
Card 1/3

Problems in the Development (Cont.) SOV/1720
automatic condensation hygrometer, a simple device for determining
the composition of fog, a field radiometer, a device for measuring
temperature, apparatus for actinometric observations and a device
for-measuring winds of high velocity. No personalities are mentioned.
Bibliographies follow each article.
TABLE OF CONTENTS:
Fateyev, N.P. New Automatic Condensation Hygrometer 3
Andreyev, I.D. Selection of the Optimum Interval for Averaging
Wind Velocity 20
Nikandrov, V.Ya. A Method of Determining the Aggregate Compo-
sition of a Fog 25
Aleksandrov.__XK_N_ A Field Radiometer for Measuring the Relative
-c'oncenGation of Radioactive Particles in the Atmosphere 27
Skachkova, I.F. Apparatus for Aotinometric Measurements 36
Card 2/3

Problems in the Development (Cont.) SOV/1720
Aleksandrov, V.S. Temperature Measurement Device 40
Svarchevskiy, V.N. An Instrument for Registering the Velocity
and Gusts of High Winds 43
AVAILABLE: Library of Congress
MmIsfm
5-25-59
Card 3/3

3(4) PHASE I BOOK EXPLOITATION SOV/2028
Maslov, Aleksey Vasillyevich, Yefim Gerasimovich Larchenko, Aleksandr
Vasillyevich Gordeyev, and Nikolay Nikolayevich Aleksandrov
I-
Geodeziya, ch. 1 (Surveyingpt. 1) Moscow, Geodezizdat, 1958. 510 P.
13,000 copies printed. rrata slip inserted.
Ed.: A. V. Maslov; Ed. of Publishing House: A. I. Inozemtseva;
Tech. Ed.: V. V. Romanova*
PURPOSE: This text is intended for the practical use of land
surveyors and for students in vuzes specializing in land use
sciences.
COVERAGE: The book is the first part of a three-part intensive
course in surveying. It covers, in considerable detail, the
fundamentals of plane surveying and cartography, especially
in relation to agricultural uses. There is also an introduction
to geodetic surveying. The text contains not only detailed
Card 1/20

Surveying (Cont.)
SOV/2028
courses in the standard methods of surveying,such as transit
traverses, stadia, differential leveling, plane tablejand
tacheometer uses, but also the simplest methods adaptable
for farm work. Among the latter are visual estimation surveys,
serd-instrumental surveys and barometric leveling. All
instruments and adjustments involved therein are described In
detail. Considerable space is devoted to the theory of errors
and computations,.also to adjustments in a wide range of
precision. Cartography and cartographic instruments are
treated only in conjunction with the compilation of large
scale plans. Scientific personnel mentioned are: Professor
P.M. Orlov, Docent I.V. Zubritskiyand S.V. Vznuzdayev, Yu. V.
Kemnitsa, K.S. SoberayBkiy, and S.G. Sharupich. There are
70 references, 67 of which are Soviet, I German, 1 Hungarian
and 1 Czech.
TABLE OF CONTENTS:
Foreword
3
Card 2/20

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us is

KASLOV, Alsksey Vasillyevich. Prinimall uchastiye: PANIFILOY, A.T.;
ALEKSAmOY,.,A,N.., dotsent; SOBMYSKIY, K.S., doteent; TAUSOV,
F.M., starshiy prepodavatell; SAKOVTSEV, B.P., starshiy prepodava-
tell; TUNUSOTA, T.A., inzh.. VASILIT&VA, V.I., red.izd-va; RCKA-
NOVA, M., t9khnr9d.
[Directions for surveys with plane-table and theodolite at a scale
of 1:10.0031 Nastavlenie po proizvodstvu menzullnykh i tsodolitnykh
5"emok v masshtabe 1:10000. Moskva, 12d-vo good.lit-ry, 1960. 32Z p.
(MIRA 13:8)
1. Russia (1923- U.S.S.R.) Gosudarstvennaya inspektsiya po zemle-
&ellzovaniyu i zemleustroystvu. 2. Zaveduyushchi kafedroy geodesii
oskovskogo instituta inzhenerov zemleustroystva ffor Maslov). 3. us-
challnik gosudarstvannoy inspektsii po zemleuBtroystvu i zemlepollso-
vaniyu Hinisterstva sellskogo khozyaystva SSSR (for Panfilov).
(surveying)

JUSIZAMBROV, N.N.
The project of a new State A-U-Dnion StandLrd for A~V,~orological
mercvxy the=ometers. Trudy GGO no. 103:57-6,i 160.
(",,JrA 1/,:2)
(Thermonieters-StandarCis)

ALEKSANDROV. X-N--,-YETRENCITK, O~P~
I
Methodology of sampling cloud water from an airplane. Trudy GGO
no.134:126-130 162. NIFLA 15:6)
(Aeronautics in meteorology) (Clouds)

ALI-:KSANDROV,.-,N. N.
Possitdlities of the aspiratign method in radioactive fallout
measurements, Trudy GGO no.138:42-55 163. (MIRA 17:2)

ALEKSANDROV, N.N.-; VOLOKH, V.G.
Efficiency of FPP-15 filters. Trudy QGO no-138:56-59 163.
(MIRA 17.-2)
.1 -
I

ALEKSANDROV. N.N.; ZACHEK,, S.I.
Measuring the difference of the mean velocities of counting
pulses statistically distrJbijted in'time. Trudy GGO no-138:
60-72 163. (MIRA 17:2)

ALEKSANDROV, N:N.; IVANOV, O.T.
Preventing the-freezing on of gauze in plane-ta-ble observations.
Trudy GGO no.138:60:-88 163. (MIRA l7s2)

XIASLOV, Aleksey Vasillyevich; IARCMKO, Yefim Gerasimovicb;
GORDEYEV, Aleksandr Vasillyevich; ALEUMDROV, Nikolay.
Llik JAy RATRAKOV Yu.d.~---
a ~pv `ch; Prinimal ucbastiye I
ZUBRITSKIY, I.V., pftf., retsenzent [deceased];
VASILIYEVA, V.I., red.izd-va,- ROMANOVA, V.V., tekhn. red.
(Geodesy] Geodeziia. (By] A.V.Maslov i dr. Moskva, Izd-vo
"Nedra." R.I. 1964. 490 P. (MIRA 17:4)
1. Zaveduyushchiy kafedroy geodezii Belorusskoy sellskokho-
zyaystvennoy akademii (for Zubritskiy).

ALEKSANDROV. N.N.; KOVALENKO, V.G.; PANFILOVA, G.A.
Comparison ot the results of observations of atmospheric =ecipitation
by means of various collectors. Trudy GGO no.158:95-101 164.
(KRA 17:9)

ALEKSANDROV, N.N,.; GOROSHKO, B.B.; KOVALENKO, V.G.
Determining the coefficient of the rate of air flow through a
ga,jze filter. Trudy GGO no.158-.102-108 64. (MIRA 17:9)

ADI'MANDROV, N.N,~ prof.
Revie,w of bc,-J "S thc Il n-, V,~
clinical aspects and Vc~t , a~-'
164s -M:R-k -,,A:8)

L 266&66 1W(1)/EWT(m)/F(;G/EVA(h) GSIGW
/0473/0480'
XECESSI N NRI AT5023962 UR 000 00
AUTHORt Ale ks and I qqr kkg Kovalank2 V 0
Panfilov
TITLE: Eflect of meteorologicAl conditions on the effectiveness o
radioactive pollutant collection
~!V
SOURCE: Nauchnaya koin,ferentsiya po yadernoy meteo Obnina
1964. Radloaktivn7y-e lzot)py v a_tmosW_f_ez_e-Ti~_h ispol'zovaniyev
meteorologii (Radioactive isotopes in the atmosphere and their use
in meteorology); doklady konferentaii. Moscow, AtOtkizdat, 1965,
473-480
'tdPIC TAGSs. nuclear meteorology, micrometeorology, radioactive fall-'
out radioactrve -Pollution
CTi -Results are presented for comparative tests carried out
to determine the effectiveness of 3 types of, fallout collectors and
for experiments conductod to determine the coefficient of air passiug
over a vertical sheet [panel]. The collectors were plain gauze-covered
sheets, framed, sectional, steel sheets painted with nitrocellulose
enamel, or glycerine.-coated aluminum vessels. The effectiveness of

ma=
. :z , I ..
, " 1 ..
.....
-"
z,."
-1, 7 i!~,

AIEFILAIMROVY W.N.; B.P.
of t:.apaz.-aL,r,- ri-r7 fe.-Ilsub fron a-~-:;4-aived wltb
Trudy WO no.172.21-65-173 165, (~aRA l8z8)

ALUSANMOV, II.P., insh.
11-, XAZ-1202-716'dump trailer for cotton. Trakt. i sellkhozmaeb. no.3:
26-27 Mr 158, (MIRA 11:5)
(Damp trucks)

A-L~- KSA-N D4 /V! KOL-A-Y P A-V L-ovic iA-
SOBOLIff, H.P.; ALMANDROVO Nikolay Pavlovi!%,-,-.,-,--'
ll~aya of increasing income from stockbreading) Puti povysheniia
dokhodnoBti zhivotnovodetvE.. Moskva, Goo. izd-vo selkhoz.lit-r7,--
1957. 116 p. (MIRA 11:3)
(Stock and stockbreeding)

USSR / Farm Animals. Swine
Abs Jour: Ref Zhur-Biol., No 5, 1958, 21483
Author : Aleksandrov N. P., Aleksandrov V. T., Feferman Ye. I.
inst :
Title Effectiveness of the Utilization of the One-Litter
System of Farrowing in the Kolkhozes and Sovkhozes
of TsChO (Effektivnost' ispollzovaniya razovykh
svinomatok v kokhozakh i sovkhozakh TsChO)
Orig Pub: Vestn. s.-kh. nauki, 1957, No 3, 3-10
Abstract: If the multiple-litter sows are utilized properly
and an accurate evaluation is made, it will appear
that the difference in the cost of' producing pigs
when either the one-litter or multiple-litter system
is followed, is not great. If the average weight
of a multiple-litter sow is 180 kg. and that of a one-
litter sow is 80 kg. before mating and 100 kg. after
Card 1/3
33

USSR I~Farm Animals. Swine Q
Abs Jourt Ref Zhur-Biol., No 5, 1958, 21483
Abstract: kg. per month, which would constitute a ratio of 3-4
to 1 as compared with the multiple-litter sow.
Card 3/3
34

AIMMROV, N. P.
22553 Aleksandrov, N. P. Komovaya baza dlya produktivnogo zhivotnovodstua. sov.
agronomiya, 1949 No. 7 a 22-29
SO: IETOPISI No. 30, 1949

AUO(SANDROV, P. F.
25787. ALEK30DROV, N. P. K voprosu ob oteer&e kachestwP- seva i pakboty.
Sov. agronomiya~ 194% Fo. 8, s. 67-83.
SO: Letopis' ZhurnalInykh Statey, Vol. 34, Moskva, 1949

2. USSR-(600)
4. Irrigation farming
7. Problem of a movable irrigation system.
Sov. agron., 10 No.111 1952.
9. Monthly List of Russian Accessions, Library of Congress, February -1953. Unclassified.

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All ...........

us
-,.j[ memo 6f-D n~s sand on the strength Of

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P!iAPI N P. Aleksan Y.. Stro-
fe.
pro"",
= n 'has b"n con

Fact
I an alk. ext. of It pro-
duces te &~~Aepth OMWO. Sand wag 'th
mixed m
0.04"',
M, $in '4W% of fwdy gmnd Peat, Made

im Cokwft'I'afid a t nt
-year aging did not show p-,aL-

emy, Aifftripm m strengt a.
In h '4 Ix junction of Feat
alk. ests. of tre4ted sand were oblored
fTW1 d%O:.:.tQ I brown, . On mpLufng ptut vy Ith 0.0)6-
x
VAN% of htunic ", It wn tinted thut 0.060
/o tf it caused a
drop ofttvinph of 3.9%. and O.IM% led to a areaVffi de-
Shorter One results.
did not show -w uniform Tclation belveen these varL-blw.
&TWe cololation of the ulk. ext. agnin became dark- bmwn,
the valne of file test is questioned. D. Gal

ALEKSANDROV, N. P.
Aleksandrov, IT. P.
"Investigation of the Effect of Certain Harmftl Admixtures in Sand on the
Properties of Cement Solutions and Concrete." Acad Sci Uzbek SSP- Inst
of Structures. Tashkent. 1955, (Dissertation for the Degree of Candidate
in Technical Sciences)
SO% Khizhna~m letopisl No. 27, 2 JulY 1955

qF

t A'PI
It
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an
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.
w
i w c4 mica corl(trit ht sands Ivue Nhnke~ by ~itddlng

to m I
Ra4
' rim saiid% up to 8% of cilohed ymnic-Mite, hYdro-
blotitti; ~Und mus -00tc, ninkinc F~,miplcs, o mortar Find
vIlea 01 tip to
whol tho - - -----
Z4

jUELN.DRE I idat sellskokhozyastvennykh nauk: FAVLOVSKIT, U.S.,
aj&.. kan
kmndidat sel'skokhqzya7stvennjvkh nauk; TAROVEHO, V-V-, kandidat .
sel'skokbotyaystyannykh uauk.
Erosion control in the provinces of the central Chernozem zone.
Zemledelie 4 no-5:66-71 Vq '56. (KLIU 9:8)
(Chernozem soils) (Erosion)

ALIKSANDROV. N.P.,,,,,)m~idat sell akokhozyaystvennJvkb nauk; KORTAGIN, A.N.,
Inzhener.
Irrigution.of crops on the land of the Dokuchaev Agricult~ral
Institute. GidrA mel. 8 no-5:3-13 My 156. WaL 9:8)
(Irrigation farming)

GORTACHKIN, M.I., Irand.ekon.nauk, nauchnyy sotradnik; RUSAKOV, G.K.,
kand.sellskokhoz.nauk, nauchnyy sotrudnik; MASEMICH, N.G.,
kand.seliskokhoz.nauk, nauchnvy sotrudnik; KLADGHIKOV, S.M.,
kand.seltakokhoz.nauk, nauchnyy eotrudnik; KOVOZRILOV, V.P.,
kand. Bell skokhoz.nauk, nauchnyy notrudnik; ALMMANDROV, N.P.,
kand.sellskokhoz.nauk; BUTKEVICH. B.G., kan-d a llskokhus.
nauk; KONEV, K.G.. kand.sellskokhoz.nauk; MTSOV, P'P"
red.; FZVZNHR, V.I., tekhn.red.; TRUKHINA, O.N., teklm.red.
[Plotting technological charts] Kak sontavit' tekhnologicheskie
karty. Moskva, Goo.izd-vo sallkhoz.lit-ry, 1960. 78 p.
(MIRA 14:2
1. Moscow., Vsesoyuznyy nauchno-issledovatellskiy institut
ekonomiki sellskogo khozyaystva. 2. Vsesoyuznyxr neuchno-isslo-
dovatellskiy institut ekonomiki sellskogo kliozyziyatva (for
Goryachkin, Rusakov, Hashkovich, Kladchikov, Rovozhilov).
(Farm mnagement)

AIR SARDROV, N.P., red.; SIEPTSOVA, K., red.; NEMYTOV, V., tekhn. red.
(Measures for' introducing a a cientific farming system on col-
lective and state farms of Orlov hrovincej Meropriiatiia po
vnedreniiu nauchno oboonovannoi sistemy v6deniia khoziaistva v
kolkhozakh i sovkhozakh Orlovskoi oblasti;; predlozhaniial razrabo't
iannye brigadoi VASKMIL 9 uchastiam nauchrqkh rabotnikov i spe-
taialistov Orlovskoi obilasti. Oral, Orlovskoe knizhnoe izd-vo, 1960.
286 p. (MIRA 3-4:10)
1. Rukovoditell brigady Vessayinnoy 4kademii sel'skokhozyaystyam-Wkh
nauk im. V.I Lenina. (for Aleksandrov
(Orl;; Province-Agriculture~-

KOTIOV, P.F., kand.sellskokhoz.nauk. glavnyy red.; ALBK5A_NMOV, K.P.,
ETAS-MIK6T,
kand.sel'skokhoz.nauk, red.; DMIZKO, T.P., red.;
V.Y., prof., doktor sellskokfioz.nDuk, red.; KOROLIKOT' Y.I.,
prof.. red.; PODGORM. P.I., prof., red.; MACHKOV, I.A.,
kand.sel'skokhoz.nauk, red.; ZAPITAKHIN, A.I., red.; VAT.ASHNIKOYA,
V.S., red.; GUREVICH, M.M., tekhn.red.
(Farm management syntem In the Central Black Earth Region3
Sistem vedentia sel'skogo khozisistva v TSontrallno-cherno-
zemnol poloRe. )(oekva, Gos.izd-vo sellkhoz.l~t-ry, 1961.
470 p. P (MIRA 14:4)
1. Va(jsoyuznays akademiya sellskokhozyaystyennykh nauk imeni
V.I.Lanina. 2. Zamestitell direktora Inatituta Bellskogo kho-
zyaystva imeni Y.T.I)okuohayeva (for Kotov). 3. Direktor filials
po TSontrallno-chernozemnoy polose Ynesoyupanogo nauchao-iosledova-
tel'skogo institute Okonomiki sol'skogo khozynystva (for Aleksandrov).
4. Chlen-korrespondent Vsesovussuoy akademil sellskokhozyaystvennvkh
nauk Im. Y.I.Lenina (for Kvasnikov). 5. Voronezhakiy zoovetinBtitut
(for Korol'kov). 6. Toron82hakiytsel'Bkokhozynystvannyy institut
(for I?odgornyy). 7. DA~rektor Hauchno-issladovateliskogo instituts
sel'skogo khosyaystva ~:Sentrallno-charnozemnoy polosy imeni Y.T.
Dokuchayeva (for SL-achkov).
(Central Black Earth Region-Agriculture)

SOROKIN, V.G., inzh.;_A~~r~p~,NDROVI, N.S,, Jnzh.
Mechanizpf;- of mnldJ-g, melting and baking processes in a
't precisi, casting shop. Mashinostroenie no. 20-10 Mr-Ap 164
v (MIRA 17:5)

CHUVAKHIN, V.S.j ~LEKSANDROV,_.~-V.,- SHVER, Yeeve
Protection of plants in India. Zashch. rast. ot vred. i bol.'
5 no.9:52-.55 S 160, WIRA 15:6)
(India-Plants, Protection of)

10o07441, 1 ~Al
26 .4
1 son the rr~~ of Fibu U
4 Prujiltim And IN. N. 80koloy (MIM"Alro (Elearicity).
Huxtian.] A StlitAble Wit for th,, production of
,,side IlInIx tppmWjy oil 1)umbintin in d(wribcd " tile effect of current call.
*41 'Utiolla Stitt ho it, the intruhl tin flint lomation is dioctuard. MxxticitY
041 of tile flint is d"'."."t=c promenm of copper (2-6%)- The thleknew of oxide
tin% (lepenliftlM (91 the Method And thlit'
n I &M1 0.5
00 filing VarieS l0etwerl
of formation. The in:rtwnm of n And, other fitetarm on the rraistattra
Of) 'A to peribmtion has Won studied. Vp to 400*-60U`C. the therinal conductivity
inalterrd-N. A.
of the films remains limileally u
Sol
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t9f Oil at 9A111-411SAW PlUta. -N. V. Alfli%a"41mv Unit
L. LymAoirriz. Coke aisif .00
00 C No. 0. 62- 5- Blipts. an VIA t-Aing of C,J1. frartion%
00 of different concins. and a diffrrent tvmp. ar~ &wril~d: -00
although fineT crystabi ate uutaintd with ",crictatt-d .00
60 ins. wpn. in prelims h Mill luxmilde it pfrmore L% -00
ol"tv Jowly.
C, A~ -00
.00
.00
zoo
00 0!.
00
zoo
so,
1, roo
.00 It- a00
00 '00
0
zoo
koo
0
j'.; a li a - S L A SETALLUMICAL LITIRATURE CLASSIFKATION '00
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0 Sri 00
A
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U a IT 10 a
*0 10 " It to to Kaifu Pffla l(MKWA I!U
:T144 0010, 0 all 0 0 z 0 a 0 4p 'r 0000 0 00
: : : : : V 00 : : : ; 0 0 0 0 0 0 0 0 it 0' : i : : : 0 0 : 0 0 0 6 0 & 0

ALEGAmbiov, ri.y.
sea
go
log
If
Rt
09 4
Oev
P&OCKS411 k"D plaptaills mail
Dviiiw~ d bumew in the sir ol calm
06 z J
was . W. P. KowAik AixxAwvwy. and V. A.,
MINAXUV (J. ANI MeM. 94i~'19M, S.
90-are romovM fmm air by babbling
A. IAeb and Knised's method (A..'
1931. 971) 't
L *~Oosble to the determination of
v"Mr is-Mr.
Ala-SLA OtULLUKKAL LITIMAID" U&SUPICAIMN
u a '0 All;
so * 0 S, 0 0 1e 0 9 6 0 0 0 q 0 0 0 0 0 0
Too 009,0
Ow Dv 411
"d 0 0 1 It a I dl
00000 0 0 0 000090 go
too
to 0
to&
see
is*

_670W 0 0 0 ~69 0 0 0 0 1 0
a 0 u.
W, 0 - ~-' : * #.
Sta I I I A A 6 1 1 # 4 - 1.
A
A
L 11 - it
1 1112
0 -a"Ain ASPAY0 sit As U m As is L anst" it
r I jj4ImGf:*
00
A --
. M 111 M M tt k A Is I t-
t
o 0
e) t sit S .0 .11 t A i E

00
00
0
The influence of s4icon on the m
echanical properties and
incivauing the siemat-ist rITM. Sfivevsyrr.
'
00
00 A the resistance to corrosion shosq u by Duralumin wh!M W "I
raising th, IvolP. atu] incli-Itig Ill, 'ItItalt"ll .4 Atilt
-0 41
l
b
, agod. Vottinov and N.
~ V. M
~01'_A_* -ate (,.! the reduction in icasth- strer4th pt-
aging -p-

SUesiff"st 1937. IN
a. 9, 3
4
. 'o. , 20~5; C" - fter hiu&ning. With sutural 2&1 an
duecd by morace
-00
o
1 1938,1. 144:o.-- lix-tewsing lpic Sa consent (A Dumlu-
7 inctessm-d Si cotswitt. ill plated I)titalumin is without in-
min to ovt*, 0.451" it i
v ects a se. l ioll in the Wdening
et fluelia-cou 111crt-sistartre tocsirtomoss; with artificialaging, 6
Z the4 an the other hand. tile resimmorr to colirtmon i% sharply
00 a
vase of statistical agivir. With nati
-
l
l
i
i
4
tiral aging following the
b
u
i
i
d
m1umd when the tllivktiv.~4 tit the inotrctm- At tai-vir is

-
in t
h
i
l
h
t

0 0
0 ess
,e M.. im
teim
1l fe
ng f
7r s
r streffirth
s o
ta
n
r nervam
e
s
ow t
at (
ic
slight. "t, ((~t% tri,octsil
ht uw tif a high cuntrist in CO
/1
f If
i
h , htg and Mn or a high

f C
d M macity with nattuml aging iii c,malititmed by Cis and Mg.
tit into tilt' fall Of
lit
f
t
l
h r0 0
-3 content imly o
n t
e parewil
x u an
ive ti
a. or a
' ew t,al,
"Ol
usisoll o
t
i1
Either at. i
high Mn content wills it reduced u content. The oil X. the solid ~4n. m th, fosillist-a 0 Itiattallic comisch. Lit
in"eass: in ten tile titir"Kill in tilt ASCLAMI'drWialagingil 0
cif,tiriard fly int-ma%ing tile Si cont -at (tot)XV9and ntore): inmata: in tiniale strength njust tw a-rilst-41 nrillivir it) the .1
With
id
i
l
I root
00
r U111ifeasing tile Cu an(] Mn coiner s does not Improve this rs
e.
um
fortitation of Mg silicide nor that (A Cu a ;',
' !

~
property. The oininsum condit
r4m for artificial aging
artificial aging, -NfxSi i% Priltatrilv mlssan%ilsle fOt tile in- coo

0=0 arr IIWJ' for 1b Ills. The sircrixt t is decrevvIl by storiog an citrem of So is rvvr~
rrease in len,141, mt,ngth that J. ::00

IPA the material niti-r hardmitir assa before artificimal aging.
M. G. M.-Ir
bAry in the alloy.
oil

I
'
06
ko
! 0 a
t
go
-00

I Is - 1, L -11ALLv4Kat L111MAJ60F CtAIJIFICATICk
ot
US, 0
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to, It It 121. ~)C all 'J., i 1
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-
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-
'i
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i
U V& AV so
Is it ff Et if cc _10,171
W 4 1 F4 All A S 0 fW 0 1 As �9 0
__q _IrX

0
00 0 0 St OV 00 a 000 0 0 0 0 0 0 0 0 0 0 et 0 a 0 0 0 0 0 0 a 0000 000
e
T
0

o
o Soo 0"0 00 00 0 0 9~00000000 &~o 0 9 0 0 0 V
00000900000:

0
I 1b I) it 1) Is 4 16 0 $1 to P J) A A IS is P A )v i b P ji u
IJ AA a Q M U It 1
6 L-1 It _X -L-& L a A 0 it I I V
it,
Witter as- a Mili"e-ut-
wernhitir* N V, Atorksdiiii l, Gild
~4, 111k, lill.*Ili lo.ml it
11101 Ilse "..'slunt W wall'i lot
I.. nillf A-1 W III,*' im Ow %A .I Ow %0MOr mill-l" lit-
kit,11% on Ih,, "t. id 11111'.irthil-I lit Ill, par-lul. %if
MOU w"Ittout Iliv wor of tvil-tilev i'4 itimi. ~,( Ar%lr and
NhOll, The tv~.Illitvj: filitt. 'ltilliotr lill,%wahly %xith
m1briltit"14 tacquirm file %AIIII'lics Vw plqht. (will
vidlox% tin A. dilmt A pillhaltite 11. 00. Act Mu (h
'194&40.37, MINI it,. 110-1W) Hillit
go j %1A 24A doid %olct 4.Th Chim 111*1w
99
00 11' 1 It A IIII'valupf (1014"Calc.
10 IS .11 .4'.. l
4 to I w llfa
0 , 0 " a n it 4 19 U n it Io 0 11 1 1"
0 0 0 0,40 0 0 0 0 9 0 0 0 0 0 0 0 0 0 0 0;0 it Is 0
0 0 0 0,0 0 0 0 6 9 111 0 0 0 0 0 0 0 0 * 0 0 @is 40 0 4
if a a v 36 a
I v
to u it
f
.00
90
4306
.00
i.00
'00
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00
I to 0
1.90
to
0119i
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0 0 0 0 a 0 0 0 0 0 0 0 0 0

n Is to 11 16 to a
V v U n x Ah.-IMPLIFUIJ Ad r U it W 9. X 41 C At N
4.1. - I-, M_ "__t -A AA Of Q W tf
S40"I
f
G
DetenWaadqu W cyauldes in the mother Uquars of am -
mawas twocyoute. N.,V,,,AkULndmv and F. V.
pis'Inermays. 1'rady Futrysts. A"Isch, Ij 110dow1d. 1111t.
Okhrany 7 rWa r. j. Kharkviv I. 47-0009).-The t*nii-
of the formation of eyank3m during the cixKm. of
I edn. of ';HCNS was studied by detti. the CN- by
0
0 the armtcwnctric titration (Lichil-Maigh). In the
,
. $a pm-s~ of lartt, amtA. of N114CNS the trwhs arc not car-
"t*oichionietrically but art suffirientlY regular to Wt-
-
3 Terix"timi. The dctn. was raffird out in the
mit in
00 0 following manner. A curve was plaited bowing the con- to
NOT per IOU tal. of thr w4u. contg.
%umption of OJI I N AS.
3 3.6% NIICNS and varying amts. of KCN. Then the
trvh. soln. of NJI.C.NS was AIM. to a concu. of 3.67. N H.-
CN8, fitrated and the cyaundc itin deid, by inirrim"tidin
of the curve. The results showed no apparWde 4-W.
It. Z. Kat kh
so
40 At
zoo
1

_ e 9
A &ETA LUPGKAL LITIROVOC CLAISMICATION b
7
woo
ti p 0

~
U a AT to a
1 .1 In ~ it
J a a A S I D* 0 W a I W 14 9 ja 0

KOL4 A I !in 3 9 v
a .1 11
l,
0 0 00 00.00 * 0 a 0 0 0 0 a 90 0 a 0 0 0 0 0 4) 0 0 go 0 0 0 0 00 0-)0 00 go!
* 0 * o 0 0 0 0 09 go 0 0 00 0 0 0 04 4 0 0 * 0 0 0 * 0 0 9i

Cand Physicomath Sci
AIEKSANDROV, N. V.
Dissertation: "Study of the Methods for Measuring the Electrical Properties of
Intensively-Absorbing Dielectrics on Centimeter Waves."
29/5/50
14oscov State Pedagogical Inst imeni
SO VecherYaya Mos%va
Sum 71
V. I. lenin

~6e
1'-,! 1 31-. 33, :14124 W
Keasuntswult at the Ellocuical Pwrartiox of fthly
Abunbinit Dieketrica oc OsGUM000 WAY" bT the
,Infinite Law' Notbod.
...... ~ tilt. .11,1rilml-Il It,. I.. I m
m, I Il., th.-tv 0 tile moi-1 I~ l.-I" 1~
11m. 141A 1-.11.

ALEKSUMOV, N. V.
11, ~
. ~ i-~, 1. -~.. I..:
On "total polarization" angles of absorbing dielectrics. Uch.zap.
HGPI 88:37-41 154. (KLHA 10:2)
(Microwaves) (Polarization (Electricity))

KADAN,AR, Lev Illich; AUMANDROV N.V., kandidat khimichookikh nauk,
otvetstvennyy Tkg TG'~r-,EM~SHMO, Y&.T., tekhnichaskiy
redaktor
[Protective coatings for metals] Zashchitnys planki no notallakh.
Kharikov. Izd-vo Khartkovskogo ordena trudovogo krasnogo znameni
goo. univ. ims A.M.Gbrikogo, 1956. 282 P. Mu 9:9)
(Ketals--Yinishing) (Protective coatings)

IAMON "RA V.; DOGMMITSKIY, II.P.; VATZUV, Kh..S.; VUL, 15.M.;,DROZM, N.G.;
4MO KOR111ITNA, H.S.; MIMUYLOV, G.P.; MIKHAYUN, M.N.; PEZROV, G.N.; PRIVIF-
ZOTSW, V.A.; REM, V.T.; SKMVI, G.I.
Professor B.M.Tareov. Ilaktrichostva no.8:94 Ag 156. (MLRA-9:10)
(Tareev. Boris MMailevich)

.. ALIKSAN]IRCV, N.V., dots.; AMONNOV. V.V., dots.; MAKSAW, A.V., tekhn.
(Ptograms.of pedagogical institutes; electric 6ngineering] Progra'mw
pedagogicheslclkh institutov; elektrotelchnika. [Moskva] Uchpedgiz
1957. 6 p. (MIRA 11:9~
1. lbssia (1917- R.S.I.S.R.) Glavnoye upravleaye v7sehikh i
arednikh pedagogichaskikh uchebnykh zavedeniy.
(Electric engineering-Study and teaching)

AILVMNI)ROT, N.V., dots.; TIMSHOV, A.B., dots.; KREYS. I.G., tekhn. red.
[F~rograms of pedagogical Institutes; general physics for thysics
and mathematics fewcalties; major: mathematics and drawingJ Program-
my pedagogichaskikh inatitutov; obshchaia fizika dlia fiziko-
matematicheskikh fakulltetov (mAtsiallnostl - matematika, cher-'
chenle), Moskva, Gbs. uchobno-podagog. Izd-vo " firoar. RUM-
1958. 14 p. (KM luq~
1. Russia (1917- R.S.F.S.R.) Glarnoye upravleniye vysehikh I
erednikh pede-gogiobeek1kh uchebnykh zavedeniy.
(ftysics-SUidy and teaching)

ALEKSAITDROV. N.V.; 14ILWV, N.W., prof.; POLYANIIIA, G.D.; YASHKIII, A.Ya.
T.V.. red.; TSVIZTEDVA, V.S., tekhn.rad.; PONOMARRVA,
A.A., takhn.red.
[Practical work in electric and radio engineering; textbook for
students of pedagogical institutes] Praktikum Po alaktrotakhnike
I ra&iotakhnIks; posobin dlin studentov pedagogichaskikb institutov.
Poa red. N.11. Malova. Moskva, GoR. uchabno-pedagog. izd-vo H-va
pron. RSFSR, 1958. 165 P- (MIRA 12:1)
(Electric engineering) (Rad.1o)

9, q346
0 80128
5/141/59/002/06/009/024
fRaB2
AUTHORS: Al alramagggy, Rua Gorskaya, UP) ershenzon, Ye.M*
and Etkin, -V-.5-10
TITLE: Control of the Amplitude and Phase of an Electromagnetic
Wave in a WaveguideLby Means of Germanium Plate
I)-
PERIODICAL. estiya vysshikh uchebnykh zavedeniy, Radiofizika,
1959, Vol 2, Nr 6, pp 911 - 914 (USSR)
ABSTRACT: Experimentz were conducted on phase and amplitude
modulation of an electromagnetic wave incident on a
g-ermanium plate inside a waveguide by controlling the
cone-entration of free-charge carriers in, the germanium.
The concentration of free-charge carriers changes the
- permittivity of the semiconductor, thus-influencing the
absorption of electromagnetic waves in the semiconductor.
The control of concentration was achieved by using the
Hall effect in a germanium plate havipg different velocities
of recombination on its opposite surfAces. High-
resistance (35 - 40 JX-cm) antimony-alloyed n-type
germanium was used. Con igntratio3 of free-charge carriers
N was approximately 10 per cm permittivity was
Cardl/3 0/

80128
S/141/59/002/o6/oo9/024
Control of the Amplitude and Phase of an RRHARRag'netic Wave
in a Waveguide by Means of Germanium Plate
approximately 16. By varying the electrical current
flowing through the germanium plate, both the modulus
and the phase of the reflection coefficientas well as
the phase of the passing wave, can be valied. In this
way, a phase modulation can be achieved, the percentage
of which for a given material depends upon the-phase
difference'c4used by reversal in current at a given
current value. An audio-frequency generator and a pulse
generator were used as signal sources. Modulation
percentage was independent of the period of modulation
voltage up to 0.1 jLs pulses. Efficiency of the modulator
can be increased considerably by more careful treatment
of the plate surfaces to increase the difference in the
recombination rate on the surfaces. There are 4 figures
and 11 references, 6 of which are English, 1 German
and 4 Soviet.
Card2/3

80128
S/141/59/oo2/06/oo9/024
yjl?4E 8
Control of the Amplitude and Phase of an E c oaag2netic Wave
in a Waveguide by Means of Germanium Plate
ASSOCIATION: Moskovskiy pedagogicheskiy institut im. V.I. Lenina
(Koscow Pedagogical Institute imeni V.I. Lexxin)
SUBMITTED:.june 8, 1959 vr
Card 3/3
is

S/105/60/000/07/25/027
B007/BO05
AUTHORSt Aleksandrov, N. V., Larionov, A. N., Bragin, S. M., Grodnev,
Drozdov, N. G., Tareyev, B. M., Renne, V. T.,
Mayofis, I. M., Troitskiy, I. D., Kabystina, G. F.,
Sidorov, K. V., and Others
TITLE: Professor V. A. Privezentsev. On His 60th Birthday and the
35th Anniversary of His Scientific-pedagogical and
Engineering Activity
PERIODICAL: Elektrichestvo, 1960, No. 7, P. 94
TEXT: This is a brief biography of Vladimir Alekseyevich Privezentsev'_
born at the village of Kolodkino, Moscow oblast', on June-TUT-1900. In
1924 he finished his studies at the Elektrotekhnicheskiy fakulltet MVTU
(Department of Electrical Engineering of the MVTU), later on at the
Moskovskiy promyshlenno-ekonomicheakiy institut (Moscow Institute of
Industry and Economy), and the Vysshiye pedagogicheskiye kursy pri. MVTU
(Higher Pedagogical Course at the MVTU). In 1958, he dissertated for the
degree of Candidate,became a Docent in 1939, and a Professor in 1946.
Card 1/3

Professor V. A. PrivezentBev. On His 60th
Birthday and the 35th Anniversary of His
Scientific-pedagogical and Engineering
.Lctivity
S/105/60/000/07/25/027
B007/BOO5
tekhnicheskogo soveta Ministerstva. elektrotekhnicheskoy promyshlennosti
(Cable Section of the Scientific and Technical Council at the Ministry
of the Electrotechnical Industry), and was a member of the Prezidium
Vsesoyuznogo byuro po elektrichesko izolyatsii (Presidium of the All-
Union Bureau of Electric Insulation~ for more than 15 years; later on,
he cooperated in the work of the komi8siya po dielektrikam i po
terminologii pri AW 35SR(Commiesion on Dielectrics and Terminology at the
AS USSR). There is 1 figure.
Card 3/3

KADANER, Lev Illich; ALEKSANDROV, N.V., kand. khim. nauk, oty. red.;
VAYNBERG, ~;' ~AN,' M. Ye. , t ekhn. red. - , - - -
[Uniformity of electroplated coatings] Ravnomernost' gallva-
nicheskikh pokrytii. Izd. Kharlkovskogo gos.univ., im.
A.M.Gorlkogo, 1961. 413 P. . 04IRA 16:5)
(Electroplating)

ALEKSANMOV I-I.V--I-doktor tekhn.nauk; KALINIKA, Ye.A., inzh.;
S.G., inzh.
Use of different methods for.determining the cor-ona resistance
of electric insulating materilkla. Elektrichestvo no 4-.61-
68 Ap 161. (PURA ~Z-8)
1. Vsesoyuznyy alektrotekhnicheskiy institut imeni Janina.
(Electric insulators and insulation)
(Corona (Electricity))

28788
3/106/61/000/006/604/005
7 0 (// YV, IISJ, 3~ A055/A127
AUTHORS- Aleksandrov, N. V., Gershenzon, E. M. and akin, V. S.
TITLE: Regenerative low-noise microwave amplifiers.
PERIODICAL-. Elektrosvyazl, he. 6, ig6i, 31 - 37
TEXT. The authors derive generalized formulae giving the amplification
factor, passband and the noise factor of resonator-type regenerative microwave
amplifiers. The elements of the total resistance type are called by the authors
regenerative elements withnegative effective resistance (Ref, El. - R_ '), while
the elements of the total-conductance type are called regenerative elements with
negative effective conductance (Reg. El. - G-). Figure 2a is the equivalent cir-
cuit of an active Reg. El. - R_ Re is the loss resistance of the element; X.
its reactance; R_ the negative resistance created by the element in the circuit.
Figure 2b Is the equivalent circuit of the resonator-type regenerative passage-
-coupled arnpllf ier, and Figure 2 e the equivalent circuit of -the reflection-c~oup-
led amplifier; X = Xcire + Xc, Re is the loss resistance in the amplifier circuit
and ZO is the wave impedance of the feeding line. Figure 3a is the equivalent
clrc~uit of Reg.El.. - G_. GC is the loss conductance of the element; Be its reac-
Card 1/10

Regenerative low-noise microwave amplifiers
28788
3/106/61/000/006/004/()05
AC55/A]27
tive conduotance, G the negative conductance created by the element in the cir-
cuit. Figure 3b is~_the equivalent circuit of the passage-coupled amplifier and
Figure 3c of the x-eflection-coupled amplifier. Basic formulae for the am-plifica-
tion factor,and the noise factor. The. amplification factor of an passage-coupled
amDlif ter is aeter-mined as the ratio of the power at the ampl.'Xler output to the
Power given up by the signal source to a matched load. This latter power iz-:,
P - E 2 (3)
011 1J.Rd
E be!ng the RMS of the emf. On the. other hand:
E2 R AA_
a outp 2
(R R
and, theref ore..,
K = P~L--OutR 4 R d R
P cc (R - RJ 2
(5)
tA4
Card 2/11

211788
3/1 (X)/61 /000/Oo6/C1Oh/W;5
Regr-Derative low-noise microwave amplifiers N55/A127
where R --Re + Rk+ R + Rti. In ihe case of reflection-~oupled amplifiers, the
amplification factor Is the ratio of the reflected wave power to the incident
power, (i.e., the reflection factor):
K Preflect. (6.)
Pine
U2 U2
inc reflect
Since Pinc ' z0 Preflect ZO and Ureflect =Uinc.-z01HP
U2 = ZOIH 12
K reflect
U2 Uine
inc
(7)
Taking into account the equivalent circuits (Figure",2 pd the authors obtain:
K I _ 2ZOIH 12 . i.e., for K!~~;71K 4 H
E E2 (8)
Card 3/11

^8788
S/lu6/61/000/006/oo4/005
Regenerattive low-noise microwave amplifiers AC;55/AI27
or 4 z
0
K - (R - R-) 2 (9)
where R = Z + R~+ R I The pass-band of the amplifier is det,,~r-
0 -H = R - R
mined by thE-. Q-factor of the system:
6f 1
.- - = WC(R - R
f QP
In the case of passage-coupled amplifiers.,
(10)
C
K 2V R~W' u) C = 2 VROO
f d H 0 2Ur 01)
YK,-IR; c N"T
-4T - i TL 'XP
where C Is the charaoteriatic impedance of the c%iroult..
C
Vard 4/ 11

28788
S/196/61/000/006/004/005
Regenerative low-noise microwave amplifiers A055/A127
if RK -:~i RH; 'd -- RH ;Z~ 1/2 ~_, then -XFK A f R u) C. (12)
f c
In the case of reflection-coupled amplifiers
-Fk &-f = 2 z0 W 0 C W3)
f
or (since usually Zo77 Rk and hence R_;z:~ Zo):
TK 2 R WO C. (14)
f
The noise factor is expressed by:
F Pn outp (15)
K P n inp
Pn outp being the noise power at the amplifier output, and Pn inp the noise power
at the amplifier input, i.e., the power given up by the noise source with inter-
nal resistance Rd and temperature To N5~& 2900K) to the matched load. The noise
emf operating in the circuit are: UAK
Card 5/ 11

2 r, 7 88
s/io6/61/boo/oWboVoo5
Regenerative low-noise microwave amplifiers A055/A127
1) the noise emf of the signal source: -2 = 4 KTO R
d
Af (16),
nd
2) the thermal noise emf produced in Rk
nk 4 KT
k R 4f,
k (17)
3) the thermal noise emf produced in Rc E. 4 KT R
I%f, (18)
nc 0 0
4) the thermal noise emf produced in % P, n1i 4 ja H R H ,.f, (19)
Besides, sources of non-thermal noises may exist in the amplifier, which can be
represented as sources of additional noises with resistance R. and temperature
T

2
E
4 KT
R
~f
(20)
0
ng
Og
Considering the noises as non-correlated, the authors obtain, in the case of
passage-coupled amplifiers
-T R R TKRKR T R R TjjRHR TOOC, R
1 0 d 4 c 0 ~G
P 4 K At - + +
+
n outp L (R R )2 (R R 2 ~R R (R R 2 (R
and P ri inp = KTOAf$ so that,
C ard 6/ 11

28788
3/106/6i/000/oo6/004/005
Regenerative low-noise microwave amplifiers A055/A127
R T R T R T
F 1 + k k k'k a eg (21)
passage T70- ' i~_To + RJO
In the case of reflection-coupled amplifiers, they obtain in an analogous manner:
= 1 + RA R T R T d
reflect + + (22)
RdTO RdTO "d TO
It ensues from (21) and (22) that the reflection-coupled amplifier is character-
ized by a smaller noise factor than the passage-coupled amplifier. To obtain the
minimum noise factor, there must be a strong mismatch between amplifier and sig-
nal generator:
R