SCIENTIFIC ABSTRACT NOVOZHYOD, L.M. - NOVY, L.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001237610009-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

I I I
NG V ", 7- /-/- ~,ly (,., /-), / /-,) ~~),
MUMMUSK Y. V.ir.[dd'censedJ; UOVOZHYYUK, Z.H.
Now representatives of the series of tatrachlorodioulfitoiridites.
Zhur. neorg. khim. 2 10:2490-2491 0 157. (MIRA 11:1)
Oridium salts)

KOVMSKAY',.-IA�*; RAYXVSKATA, T.S.; RAYXVSKIT, A.N.
r-
Peculiarities of wind regimm over Irrigated fields In the southern
Ukraine. Meteor. I gidrol. no.8-.35-38 Ag 157. (NzEtA 100)
(Ulcratte-4inds)

KOVRUZLY. I.M.
Study of certain petrolmm products as solvents for MR and haze,
chlorocyclobezame. Trudy Inst.khIm.AI Aserb.$R 15:126-130 '56.
(KJA 9: 11)
(Solvents) (OT (Insecticide)) (Cyclohemms)

A .- ~ w V, '; / I
AGAYNT. G.M.; NOVRUZOV. A.A.
11" - - :-,- WWW30-
Gaitchy's problem for an ordinary differential equation in Banach
apace. Dokl. AN Azerb. SSR 13 no.11:1149-1152 157. (KMA 10:12)
.2titut fiziki i matematiki AN AserSSR. Predstavleno akademikom
1,jp
I.-
ANW9rSSR Z.1. Khalilovym.
(Differential equations)

NOVRUZOV, A.A.
Scow qualitative thpAtems for a linear elliptic equation of the
second order. Izv.AN Azerb.SSR.Ser.fiz.-mat.i tekh.nauk no.5:
39-43 160. (MIRA 14:4)
(Differential equations, Partial)

C,
28637
3102 6,i//139/oo6/oO2/022
C I 11 YC3 3 3
AUTHORs Novruz
TITLEs Properties of solutions to e1liptic equations
PERIODICALs kkademiya neuk SSSR. Doklady, v. '39, no. 6, 1961, 1304-
1307
TEXT: Let KR be the open sphere in the n-dimensional space with radius
R and center in the origin 0; let (.4~ E be the n-dimensional Lebesgue
n
measure of a set E. Assume that G lies in K , contains 0 and has
boundary points on the boundary of K R' CcrXjer
n n
-2- (a u b (X) + ( X " U = 0 (3)
ax.. ik(x) ;2)-X-) + i I
i,k-I i
in G, where
a Cd. > 0 (4)
ik (X) I i fk >
Card 1/7

Properties of solutions to
2 TiG-7
J2
for arbitrary real 0,
(grad a,'? )1,~~ 0, a W < a
ik 0
-1:. v b >0;
)1G -4 0;
C(X) 0
are assumed to be satisfied, where a
(8)
Cos 04 Cos 0i.
k9
(bI9 bg,..., b,), and loca; cr,0 the point in
question.
Lemma: Let V-be the part of the boundary y, ig r-gorouslZ in K
R.
Let (3) be defined in G. There exis+s 3 rtristan-- M only lepending on
Card 2/7

2ft-37
S/0-, 61/119/006/002/022
Properties of solutions to . . .
o~,aiw , the inequalities (4), (5) and n su--h that, if for every R it
holds0
G V, K (9)
Ln < ( n R/M
6
the inequality
2uC < max_ u(x), where u 0 = u(O),
x 6 G
is satisfied for every positive solution u~x) of ('; inG which is
continuous in T and vanishes on C- .
The lemma is indirectly proved. Four theoremo are cr,ncluded from the
lemma.
For a solution u(x) of (3) defined in G and iar.i3hing or, f-theorem 1
implies from (9) and u 0> 0 the relation
sup U(X) -> uc n
exp (4~tj./191 & G)
Card 3/!f

"-~_--'10021022
ProLerties of solutions to
where M, > 0 is a constant only deperiiii,ij C n, ."4) and (5)-
Thecrem considers (3) in K and asatims~,-_, '-L- ~K tnat G19G'I
are Qif~ maxinia I conno,, t A doma in, i x Tio i all
sign, and that G, G G'I are tk(jF~~ -wi. I n s f'rwhich
i2 M
1. G L 0 K R/2 is riot empty and 2 a1h X X __3
? x6G, K
sh~)wn then that R//
M < M" (1g C'.
where M cnly depends on ot, a(3. n (4
2
Inn theorem 3 G is unbounded. contains 0 ird 'i.e pr qerty
(!kn (G - KR) a', where R is arbitrary ind
4 d"n KR/M
C a r d 4/"f

2e637
3102 61/139/006/002/022
Properties of solutions to . . . C111Yc'3-"'
A solution u(x) > 0 of (3) vanishing on the boundary is defined in G.
It is M(r) max u(x) . It is shown that it holds
n 2 2
Xi=r
n-1
M(r) > u 0 exp (R r/M 36,),/
for all r > R, where M 3> 0 only depends on a~, ~ act n, (4), (5).
Theorem 4 (Phragmen, Lindelbf): Let G be an unbcunded domain with the
following property. There exists a number I -.,- '/M sach that, if
Gm = G n K2 m , where K2m is the sphere of radfus 20 with the center
in the origin 0 and m is a natural number, i'~ hol,-q
jk K
6knGm/ n 2m
for all m ~11, m0. Let a solution u(x) of (~) ~on~ina,:,is -n U and non-
Card 54

/OC '10C21022
Properties of solutions to . . .
positive on the boundary of G be defined In G, --;r either u(x).-,-o
everywhere in G; 2.) or
lim inf M(R) > C),
R -11 oD R(1/m 4t n-1)
where M(R) sup u(x) and M4 >0 on at., a., the
n x2=R2
iz= Ii
inequalities (4) (5) and on the space iimei. -~ i - n r-
The author thanks Ye. M. Landis for aid ar,,!
There are 5 Soviet-bloc references.
Card 6/7

2F63?
S/020/61/139/006/002/022
Properties of solutions to C111/C333
ASSOCIATIONs Moskovskiy gosudarstvennyy universitet imeni M. V.
Lomonosova (Moscow State University imeni M. V.Lomonosov
Institut matematiki i mekhaniki Akademi4 nauk Azerb. SSR
(Institute of Mathematics and Mechanics of the Academy
of Sciences Azerbaydzhanskays. SSR)
PREMTED:
SUBMITTED:
April 10, 1961, J. G. Petrov3"Ciy, A?,ade...,ician
April 4, 1961
Card 7/7

NOVRUZOVI A.A.
Theorems of the Hadamard and Phragm4n-Lindel9f type. Izv.
AN Azerb. SSR. Ser. fiz.-mat. i tekh. nauk no.2:37-48 163.
(MIRA 16:10)

NOMTZOV5 A.A.
behav.lor of ~te soiLit4on -.re fir---
Ji' Itc Pqua-.~on. 'oki.
with virc, boundari car,,,' fur a j,arac--,.
(J~I,T,' A_I
AN Azerb. SSR 1-9
Ins-'l-,.ut matematik!
Azerbaydzhanskoy S~',F L...

NOVRMOV, . q.A*
ThG Harnack Inequality for the a6ution Ir ' ;311ipt5c equatt"UPBs
Izv. All faerb. S-"-'R. Ser.fiz.-tekh.,' mat. na,;k ro.-L.,3-6 t65.
(MiRA 1886)

Cld L-C- 1~y
A J
T ITL,
A R'

rrow44g resisL;~nt, corri cro: :3 in under L,ie irrg-i*.(,,i
co,ditioni of tl'ie Kirov--ib;ids~W Zone." Firovaracl, '191~1
10 (Min nf' Agr Az~rt,iplz.llari Al"r ln,*t
101 (KL,

NOVRUZOV, G.H.; KROTKOV, Yu.I.
Teledynamomtering of beam wells. Azerb. nelft. khoz. 40 no.6:30-31
Je 161. MU 14: 8)
(Oil wells) (Dynamometer) (Telemetering)
4

NOVMZGV, G.M.; SHCHELKOHOGOV, L.I.
Now piston-stroke and stress gauges for telec~y=mometering
deep-well pumps. Mash. i neft. obor. no.9:33-36 163.
(WRA 17:2)
1. AzNIIElektrotekhprom.

110VOZOV*,
Tho growing of grains and legumes In the Ds7nau District. Uch.
zap.Cbard.gos ped.inst. no.2:105-119 '57. (KIRA L~:8)
6eynau District-Grain)

NIOVRUZOV, K..,,Cand Biol ~ci --(diS3) \v ge tation
of -tft Deynauskiy Rayo!~*A~t ChardzholtVsk0bol'at~,
Charoizhou,1958, 16PP (Nrkmen*o State Univ im A.M. Gorlkiy)_,,
250 coides. (KL, la-58s 120)

NOTRUZOVO K.
Local vegetable crops of Deynau District, Chardshou Proviace.
Ixv. AN Turk. SSR no.4:71-78 '58. (MIRA 11:10)
1. Turkmenskiy gosudarstvannyy universitet imeni A.M. Gorlkogo.
(Daynau District--Vegetable gardening)

KOVFLUZOV. K.
Local apple frov Dayumu District, Charduzhou Province. IsY.AM
Turk.SSR no.6:113-116 159. (Kin 13:5)
1. Turkmenskiy gosudarstvannyy pedagogichaskly institut iseni T.I.
Lenium.
(Daymu District-Applo)

MIKHELISON, O.A.; WVRMOV,__~.
Problems of conservation in training biology teachers. Izv.Aq Turk.
SSR.Ser.biol.nauk no.3:12-13 162. (MIRA 15:9)
1. Turkmenskiy pedagogicheakiy Institut imeni V.I.Lenina.
(TURKMENISTAN-TEACHERS, TRAININO OF)
(TURIMNISTAN-CONSERVATION OF NATURAL RESOURCES)

KGVRMT, K.
The lwgest In Aserb&ljame Prom* koopo 14 noo5:30 Yly, 160o
(NDA'13:12)
1, Zaaestitell prodsed&talya pravlonlys artell invaltdow sladowniks'
Baktis
(Baku-Vocatlon92 rohabilitation)

NOVRUZOV M.A., aBplrant
. 7
Primary tuberculosis of the tcnsils. Probl. tub. 41 no.6t88-~X)
163. (AURA 1?:9)
1. Iz detskoy kliniki (zav. - prof. M.P.Pokhitonova) i
patomorfologicheskoy laboratorii (zav. - prof. V.I.f)liztk) Tl3erlrallnego
institute. tuberkideza (dir. - deystvitellnyy chlen AMN 33SR prof.
N.A. Shmelev) Ministerstva zdravookhraneniya SSSR, 14oskva.

Nqpuz(~j -
E.- I r- - -'i~- '1,2:
rc--~] osig Of t-"'z~ P"t' ""' "- r's ~ - s -~ ? " '~' - li~ -: - z ,: 7. " )
Tube
7-1-77 162.

HOVRUZOV9 M.E.
Our experience in the extraction of a cataract preserving a
round pupil. Sbor. nauch, trud. SOGMT nobW135-138 163.
(MIRA 18.9)
1. Glaznoye otdeleniye thelezno-dorozhnoy bollnitsy st.
Yasinovataya.

90 EVKZHDV, G.,- SOXW. V.
*bile pumping station. Pozh.delo 5 no.7:25 '59.
JTMIRA 12:9)
(Fir" extinction- Water supply)

EMIDIYEVP G.Eh.,, :,I.A.~ GEYDAROV, A.S.
Geo0bamisU7 of thallium in the pyrite-complex wtal type deposit.
Izv,A-U Azerb.SSR. Serogeolo-geogenauk no.1:30-38 1065.
(ICRA 18: 8)

1~2~ -~L;6 ZINT(m)/T Di ,
'ACC NR; .4_0,6024954 _SbU~~_Com_
AUTHOR: .0rudzheva, 1. M.; NOV'ruzovP Sh.
TITI;-',: Study of additives synthesized from dorivative:, of naphthenic hydrocarbons
SOURCE: Ref. zh. Khimiya, Part II, Abs. 6P244
REF SOURCE': Azerb. neft. kh-vo, 1965, 37-38
TOPIC TAGS; antioxidant additive, lubricating oil
ASST.RACT: In order to develop antioxidant motor-oil additives/ whose composition in-
cludes phosphorus and sulfur, monochlorides of cyclohoxyl- and mothyleyolohexylphos-
phorous acids were prevared. The chlorides obtained were subjected to condensation
reactions with various alkyl Dhenols (C3-C10) and sulfide-disulfide alkyl phenols. /I
The effect of the synthesized compounds on the performance -_characteristics of.D-11 o
was investi.aated. Tests of these comuounds for the oxidation resistance, therinal sta-;
bi-lity, and anticorrosive properties of the diesel oil showed that the induction period
of the oxidation, determined by the method of the AzNII, increases from 30 to 70-100
ran, and the time of absorption of 10 ml of oxygen, from 240 to 340-355 min. The anti-4
T)roDerties were tested under drastic conditions (method of NAMI); in the
corrosive
presence of the additives, the corrosion decreases from 360 to 1-13 g/m2. The thermal-
istability of D-11 oil increases from 25 to 60-105 min. Phos-phorus- and sulfur-contain-
in- comoounds in combination ifith S2-3 and BFK additives have practically no effect on,-
Cord

L 42972-66
ACC NRs A
the -.,ettin!r Drooerties of the oils. Authors' abstract. [Translation of abstract]
SUB COM: 11
Card 212 MLP

20- 5-22/ 54
AirpHORS I Topchiyev, A. V., Acadeldeian
Noyruzove, A. Sh.,
TTTLEj An Investigation of the Nitration of Isopropylcyclohexane by Ni-
tric Acid (Issledovaniye reaktaii nitroyaniya izopropiltsiklogek-
sana azotnoy kislotoy)
PERIODICAL: Doklady Aked. nauk SSSR, 1957, Vol. 115, Nr 5, PP- 931-933,(USSR)
ABSTRACTs In a previous paper of the first named author all the more impor-
tant references to published works on the nitration of cyolo-hy-
drocarbons up to 1948 were put down. Later on other authors pub-
lished reports on experiments in the nitration mechanism of cyclo-
hexane and the reciprocal action of this substance with diluted
nitric acid. The present work will daulwith the results of the re-
action named in the title under different conditions in its pro-
cess. The experimental part of the work will give a close describ-
tion of the basic raw substances and the methods; the influence of
temperature, the influence of temperature, the influence of the length
of the process, the influence of molar conditions, and the influence
of the concentration of nitric acid aredescribed in detail.
Summing up one can say that the best conditions for this reaction in
its liquid phase are given at3 80-850, 15 hours duration, a concen-
tration of the nitric acid of 48% (d - 1,3) and a mol-proportion of
Card 112 hydrocarbon to nitric acid at I 1 2,5. The conversion (transformation)

20-5-22/54
A~ Investigation of the Nitration of Isopropylayclohexane by Nitric Acid
of the first is 57~6 and the yield (output) of the nitro-raw-product
and the mononitroprop#lcyklohaxane 98,5 and 76,6 respectively, ex-
pressed in percentage of the relationship of the converted hydrocar-
bon. According to the authors the course of the reaction depends
upon the dynamics of quantity of the nitrogen- dioxide, gained from
nitric acid under various condition; a decrease in temperature and
length of the reaction, reduce the decay ability of the nitric acid
into nitrogen-oxides. This was proven in a special experiment in
which isopropy1cyclohexane was nitrated in the presence of small
amounts of ammoniumau'.phate. In spite of the excellent c6nditiions
for a nitration of isopropylcyclohexane not the slightest nitration
could be observed. Thare is 1 figure and 2 Slavic references.
SUBMITTED: July 13, 1956
ASSOCIATION: L%Aitqt neftl Aka&mJLi nauk Azerb. SSR.
AVAILAHIZ : Librery of Congress
Card 2/2

30652
S/081/61/000/020/038/089
1~ 'S'5 00 B140/B110
AUTHORSs Mekhtiyev, S. D.,-Novruzova,-A, Sh", Sharifova, S. M.
TITLE: Catalytic alkylation of cyclohexane and methyl cyclohexane
with olefins
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 20, 1961, 157, abstract
20Zh66 (Azerb. khim. zh., no. 5, 1960, 9 - 15)
TEXT: Cyclohexane (I) and methyl oyclohexane (II) are alkylated with
propylene and n-butylene in the presence of 12.5% A101, (referred to
cyclane) at 500C while stirring for 8 - 20 hrs. The unreaoted I or Il is
distilled off in a column (22 theoretical plates), and the residue in
fractionated in vacuo. The physioochemical properties of the separated
fractions were determined. The nature of hydrocarbons obtained by
alkylation of I with n-b4y]ene or of II with propylene was not determined.
Alkylation of I with propylene has shown that the yield in alkylato risen
from 73-47% to 120.7% (referred to the weight of the oyclans used) as the
molar ratio of I to 0 3H6 decreases from 30 to 10-5. A fraction boiling
Card 1/2

30652
S/081/61/000/020/038/089
Catalytic alkylation of cyclohexane... B140/B110
at 91 - 94.500/13 am Hg was separated from the main fraction (b.p.
85 - 95000 mm Hg, n 20 1.4550, d20 0-8350) obtained by alkylation of I
D
4
with propylene. Dehydrogenati 8n of this fraction gave 2,6-dimethyl
naphthalene, m. p. 110 - 110.5 C (from CH 3OH), which indicates the
presence of 2,6-dimethyl decalin in the alkylate. [ Abstracter's notes
Complete translation.
Card 2/2

MFKHTIYF';, S.D.; PIZAYEV, R.G.i NUIRUZOW, .,,. I
Oxidative ammonolysis of ~ '.' , 7 ~ - -
'.1 :- ~ .
SSR 21 no.5:17-19 165. 1
1. Institut neftekhimichr-sk4kh protspsscrr .-IN

NOVRUZOVA, B. B. Cand Wed Sci -- (diss) "Dynamics of tO Ahohistological
w4f~ ~%
changes or the trachomatose conjunctiva &Arvarious methods of treatment."
Baku, 1959. 18 pp (A2erbaydthan State Mad Inst im N. Marimanov), 200 copies
W, 48-59, 117)
-52-

USER / Ewnan ard ~niinhl 7Aorph,,)--ot-,. Sonsory Orgrin,,-. S-4
,,bj Juur: Ruf Zjhur-bici., No 14, 1'JS8, 64880.
Author No rruzova, B--EL~
Inst ~'Lz,-;rb. Stat(~, Institute for the L,.dvanc,3Lwnt of
Surgeons.
Titlo The D'j rnamlcj of tho Patho-Histologic, 1 Changes
of the Trachoruatous Conjunctiva in Treataerit by
Various ',,,iethods. Rcport II.
Or-.'L,r, Pub: 3b. tr. -zarb. gos. in-ta usoversh. vrachey, 1957,
vyp. 3 , 226-2~~C".
.,bstract: No abstract.
Card 1/1

NOTRUZOVA9 F.
The Second All-Union Conference on the Preparation and Analysis of
High- Purity Elements, held on 24-28 December 1963 at Gorky State Uni-
versity im. N. 1. Lobachevskiy. was sponsored by the Institute of Chemi-
stry of the Gorky State University, the Physicochemical and Technological
Department for Inorganic Materials -3f the Academy of Sciences USSR, and
the Gorky Section of the All-Union Chemical Society im. D. 1. Mendeleyev.
The opening -address was made by Academician N. M, Zhavoronkov. Some
90 papers were presented. among them the following:,
A. 1. Alekperov and F. Novruzom An amperometric method for Hg
and po~l_ii4_~4hic for Te. Cu,_a-ff-d-Fb in Pure Se.
Z&I'vz /!F "Vd /f'4'qe 777-
6~.

~7 E~- , ~Ti 1 "Irk
L.~ 6 ~45 2- 6 WE f '~ - ~_l 1

Apr
16029343 SOURCE CODES
M

R/03%/66/ooo/m/ow/0121

AUTHORS Alakporovy A. I.; Novruzovas F.

ORGt Institute of Inorganto and ftsical Chemistry. AN AzerbSSR (Institut noorgani-
chaskoy i fizi askoy khimii AN AzerbSSR)

TITLE$ Polarographia determination of some impurities i~ pure selenium

SOURCES Azerbaydzhanakiy khimichaskiy zhurnal, no. 2, 1966, 117-121

TOPIC TAGS1 polarographic analysis, tellurium, selenium, copper, lead
ABSTRACTS A method was developed for determining To, Cu and Fo polarographically in
pure selenium. It Is based on record-Ing polarographic waves of these impuritles. When
the latter are electrolytically reduced, the Se(IV) ions are polarographically inac-
tive and in some cases their solutions serve as the polarographic background for the
detonaination. The effect of pH of the medium, surface-active agents, temperature,
etc. on the peak of the Te(IV) wave was determined. The peak is thought to be due to
the catalytic liberation of hydrogen. Copper and lead were determined by amalgam
po'arography preceded by their concentration in the amalgam form on a stationary mar-
I cury drop. 7he relative error of the determination is ti-10% for Top t15% for Cul a
t15-18% for Po. Orig. art. hast 3 figurosp 2 tables " 2 formulas.
SUB CODES 07/ SUB14 DATEt Z4M&r65/ ORIG REFS 0041 OTH REFS 003
Card

SjOYKH?A!)F. ~.T.; 'YUj.IC1NJSKAYA, S.D.; fF)VRU'ZJVA, R.D.; SAHMOV, M.M.
ffddltf~E-of o(-chloro ethers tr) v!rY*aopr,+er,ylarefy!erp.
Azerb. khim. zhur. nc).5.-45-49 Ifj.3 I (MIFL~ 17:8)

U(NRUZOVA, Z. A.
Physical and mechanical properties of the wood of wing nut.
Izw.Aff Aserb. SSR. no.9:39-48 S 155. (KW 9:1)
(Walnut) (Wood-Testing)

NCVRlUZOVA. Z.A.
. , *11 7~~, - -11.x
, . -. -1~ -, - ,
Pbreicouschaulcal properties of the wood of Parrotts, persics,
C.A.M. TrWy Inst.bot.AN Azerb.MM 19:113-138 055. Omu 9:8)
(Ifood)

'41 C ~ A" U 2 c I~~ , X
USSR /themical Technology. Chemicai Product-- 1-2?
and Their Application
Wood chemistry products. Cellulose and its
manufacture. Paper.
Abs Jour: Referat Zhur - KhImiya, No 9, 1957, 32649
Author : Novruzova Z.A.
Inst : Academy of Sciences Azerbaydzhan SSR
Title Physico-Mechanical Properties of "Dzellkva"
Wood
Orig Pub: Izv. AN AzSSR, 1956, No 7, 73-87
Abstract: No abstract.
Card 1/1

Technical properties of boxwood. Vokl. AM Azerb. SSR 5 no.5:411-414
159. (BOX) ($bod) (MIRA 12:8)

HOVMJZOWA. Z.A.
Qmlities of linden wood from the Lenkomn, forest group.
TrL* Inst.bot.0 Azerb.SSR 21:166-174 159. NM 13:3)
(Lankoran Lowland--Linden)
(Wood)

NOVRUZOVA, Z.A.
Wood of the Caspian honey locust* jrv. AN A,-,erb. SSR. Ser. biol.
.1"med.nauk no.103-W '60. (KWA 14-5)
(HONEY LOCUST)

NGVMGVA#
I
History of the development of xylology, In Axerbaijan, Dokl. AN
Aserb. SSR 16 no.llsIO97-UOO 160. (MBA 14:2)
1. Institut ~otanljd AN Ap~rSSR. Predstavleoo akadmikom AN
AperSSR Ia. Abdul2ayevym.
.: (Azerbaijan-Wood)

'Ic-- NCVHUZOVA Z.A.
1. -4 ~
I:.,-:. .,
Anatomical structure and physicomechanical properties of wood in
the pear Pyrus byreana. Izv. AN Azerb. SSR. Ser. biol.-i med.
nauk no.2:25-29 161. (MIRA 14:6)
(LEKOPAN REGION-PW) (WOOD)

,,NOVRUZOVA, Z.A.
Anatomical structure of wood of the linden tree Tilia. PrUipkoaaa
Wagn. et, A.Grossb. Dokl.AN Azerb.SSR 18 no.1:71-75 "62.
(MIRA 15:3)
1. Institut botaniki AN AzSSR. Predstavlano akademikom AN AzBSR
I.D.Mustafayevym.
(Azerbaijan--Linden) (Wood--Anatovw)

NOVRUZOVA, Z.A.
Anatomic structure of the wood of Ficus hyrcana A.Grossh.
Dokl. A14 Azerb. SSR 18 no.2:69-75 162. (KRA 15:7)
1. Institut botaniki AN AzSSR. Predstavleno akademikom AN
USSR I.K. Abdullayevym.
(Azerbaijan-Fig) (wood-Anatomy)

.LOVRUZOVA, Z.A.
Elements of xylem in the stems of some species of the genus Populus
as related to their ecology. Izv. AN Azerb. SSR. Ser. biol. i med.
nauk no.3:13-17 163. (IURA 16:6)
(Azerbaijan--Popla-r) (Plant cells and tissues)

j;
Effeat of aridity on the structure of mechanical elements of the
secdWary xylem of some woody plants. Dokl. AN Azerb. SSR 18
no.1209-62 162. (MIRA 16:11)
1. Institut b6taniki PJI AzerSSR. Predstavleno, akademikom AN
AzerSSR I.K. AbduUay--vym.
.. E
Ic

NOVRUZOVA, Z.A.
Wood of Azerbaijanian forest alms (Ulmus) in connection -wlth
their ecology. Izv. AN AZerb. SSR. Ser. biol. i med. nauk no.2.9-
15 '62. (MIRA 1716)

NOT117CN.A.31 Z.A.
Stricture rf wooo of the f._re3t-fOrm,rfT 31recle.'! c 'i
Azerbaiian as related to their ~!collcg,v. 13('t.
I I C C, - I I
1. :nstitl~t

NOVIIUZOVA, Z.A.
--.- .... ... 1 ~~7 11, -.11 ~
Effect of ocologlc -.r) thv~ r.~jarLwQod ray:i .1r, trefj-~
and shrub3. Dok'L. AN Az,!rb. ISSR 21 no.11:1.5-471
t "": F,~ I ~, : r, ,

NOVRUZOVA Z.A.
Comparative anatomic stujy of the woc--~ of -erasus Juss sz~--c-f-ev
in relation to their ecology. Izv. AIN Azcrb. SSH. Ser. biol.
no.4:19-23 164. ( 1,0J, 17: 12

NOVRUZ(-jVA, Z.A.; ShAIMLSIT-Ja, T."..
Endomorphy of -.qucasixin species of the genus Bprb-,rig L. as re-
lated to the :,ev.AN no.5:11-17
164. (MIRA 18t/,,)

NOVRUZOVAq Z.A.1 SAFAROV, I.S., doktor sellkhozo nauko red.
(Structure and properties of wood of the most important
forest trees of Azerbaijan in connection with the condi-
tions of their growth) Stroenle i svoistva drevesiny
glavneishikh lesrqkh porod Azerbaldzhana. v sviazi a us-
loviiami proizrastaniia. Baku, Akad. nauk Azerbaidzhan-
skoi SSR, 1965. 207 p. (MIRA M12)

5(2) PHASE I BOOK EXPIDITATION SOV/2252
Akadftdya nauk SSSR. Institut obahchey I neorganicheakoy khimii
Khlmlya redkikh elementov, vyp. 3 (Chemistry of Rare Elements,, Nr 3) Moscow,
Izd-vo AN SSSR, 1957. 135 p. 4,500 copies printed. Errata @lip Inserted.
Ed. of Publishing House: Yu. S. Sklyarenko; Tech. Ed.: A. A. PawlovskiY;
Editorial Boardt I. V. Tananayev (Rasp. Ed.), S. A. Pogodin, Ye. Ya.
Rods, V. 0. Tronev,, and 0. F. Bagush (Secretary).
PURPOSE: The book is intended for scientists and engineers concerned with the
study and utilization of rare elements.
COVERAGE: The book is a col1ection of papers on investigations in the cheadBtry
of rare elements conducted at the Inatitut obshchey I neorganichaskoy kh'-'i
imeni K. S. Kurnakova (Institute of General and Inorganic Chemistry imeni
N. S. Hurnakov). No personalities are mentioned. There are 143 references:
59 Soviet, 23 English, 41 Germ-, 15 French, 4 Italian, and 1 Japanese.
Card 1/3

Chemistry of Rare Elements, fir 3
TABIE OF COMMUS:
Fayushchey, V. Te., and V. B. 'Pulinova. Investigation of Solubility in
PACE
the System Idthium Carbonate-Idthium Sulfate-Water at 500C 3
Nove,410". A. V., and L. P. Reahetaikova. Vapor Pressure of Saturated
SolutlOffi-in the System (NH4)2~04 - BeSO4 - H20 6
Urazov, G. G., V. B. Tulinova, V. Ye. Plyushchev, and H. I. Chuykina.
Investigation of Solubility in the System Lanthan= Sulfate-Amnmdum
Sulfate-Water at 50*C 14
Tanana"v, I. V., and m. I. rAvina. Neod;ymium Ferroeywides 28
Tanana"v, I. V., and N. V. Bausova. Gallium Ferrocyanides and Their
AMAJ.ytical Significance 41
Savchenko, G. S. Investigation of the Interaction of Ions of Gallium
and Oxalate in Aqueous Solution 57
Daychman, E. N., and I. V. Tananayev. Investigation of the Reaction of
T3
~Iomation of indium Hydroxide
C-rd 213
SOV/2252

Chemistry of Rare Elements, Hr 3 (Cont.) SOV/2252
Tronev, V. Gop and A. P. Kochetkova. Synthesis and Thermographic
Investigation of Some Ccmplexes of Indium 87
Zvorykin, A. Y&.,, and F. M. Perellman. Isothermal Solubilities at
250C in the Systems Na,2~oO, - Na-Cl - H20 and Na2KO04 - Ha2C03 - H20 100
Bashilova, N. I. The Chromate Method of Determination of Thallium 105
Alimarin, 1. P., and L. Z. Kozel'. Quantitative Determination of
Zirconium with Phytin 114
Peshkova, V. M.0 A. A. Gallay, and N. N. Alekseyeva. Amperometric
Determination of Molybdaymm 119
Perellman, F. M. A Project of Compiling a Reference Quids on Rare
Earth Metals 131
AVAIIANZi Library of Congress
TM/mg
Card 3/3 10-1-59

AKSARINA.
Characteristics of mean monthI7 air temperature anor.-lies in Vie
Maritime Territory. Trudy Dallnevoot.ITIGM no.7:11P-148 '5Q.
04IRA 13:6)
(Maritime TPerritor7--Atmcspheric temperature)

MOVSKAYA, A.I.
Characteristics of monthly temperature anomalies In Sakhalin,
Unchatim, and the northwestern and northern shore arose of
the Sea of Okhotsk. TrWW Ballnevost.NIGNI an-10:93-101
160. (:a" 13: 8)
(Soviet far Isat-Atmospheric temperature)

ACCESSION NR: AT4026438 S/3082/63/000/008/0027/0033
7
AUTHOR: By*kovskaya, K. L; Rovskaya, A. I.; Trostnikov, M. V.
TITLE: Recurrence of natural synaptic periods In Siberia and the Far East
SOURCE: USSR. Glavnoye upravienlye gidromateorologichoskoy sluzhby*. Sbornlk
rabot po regionallnoy sinoptike (Collection of works on regional forecasting).
no. 8. 1963. 27-33
TOPIC TAGS: meteorology. natural synaptic period, weather forecasting. long-range i
weather forecasting
ABSTRACT: V. G. Shishkov (Mateorologlya I Gldrdloglya, No. 4, 1957)studied synopt-1
tic macroprocesses in the area from the west coast of North America to the Yenisei.'
1: defined the recurrence of synaptic macroprocesses associated with quasi-periodic
waves in the atmosphere. and an this basis proposed a method for weather for cast-
Ing one month In advance. Two prognostic schemes were proposed. No lnvesti;ations'
had previously been made to Improve the method for preparing monthly weather for*-
casts for the territory of the second natural synaptic period; this has now been
done, and an Investigation has been made of the applicability of ShIshkow's prog-
nostic schemes to the territory of the second natural synaptic period, specifically,
Siberia and. the Soviet Far East. The study was based on daily synoptic charts and
Card 1/2

ACCESSION MR: AT4026438
pressure pattern charts of the northern hemisphere for 0300 hours Moscow time for
the period from December 1956 through August 1958. During this period there were
115 natural synoptic periods. A study was made of synoptic processes for 45 75
90 and 150 days bafore each of the Initial natural synoptic peirlods from the cast-
ern regions of the Atlantic and 45, 75, 90 and 150 days after the Initial periods
in the territory of the second natural synoptic period. It was found that In long-
range weather forecasting It Is possible to use Shishkov's scheme 1. la with con-
siderable success, while scheme 2, 2a gives unsatisfactory results. Full compre-
hension of this analysis requires familiarity with Shiskov's paper cited above and
its further development (Trudy TsIPa, No. 71. 1958). OrIg. art. has: I table.
noye upravienlya gidrometearologicheskoy sluzhby* (Main Adminis-
-ASSOCIATION: Glav
tration of the hydrometeorological Service)
SU8MITTED**. 00, DATE ACQ: 16Apr64 ENCL: 00
SUB CODE: AS
NO REF SOV: oo4
OTHER: 000
Cwd. . 2/2

T, 'inPS-66.

NOVSKIT, I.S.; MOROZOU, N.A.
Rapid sinking of skip shafts In the "Havo-ButovInO mine. Ugol'
34 no.8:22-24 Ag '59. (KMA 12:12)
l.GlavWye konstruktory proyektov TSentralluogo nauchno-issledovifitellako-
go Inistituta Podzemshakhtontroy.
(Donato Basin--Shaft oinking)

LEVENETSO N.Pa; SAKARIN, A.M.; SMKIN., I.D.; KAZAKOVO V.E.; BEMBINEK, Ya.I.;
PAJlYUW0,, LOG.'; STINOWBOV, N.P,,- AVERIN, S.I.; SKERNOV, Y.M.;
ZELENSKIr,, V.Dq IAYff-00- B.C.; TISHM-NKOO 0.1.; 001RIMOVICH, B.P.;
NIL40VO A.M.; TISHKOV ru.ya.; PANOV M.A.; MARMEWT, A.I.;
D
A I P
VASILEWSKIYO P.A.; PASTUK, K.I.; NESTEROVO V.I.;
PETROVt A.K.1
MUSTALI.KOV,. LOA.; GLAZKGV,, V.5 ; NAKAGON.N.G.; FOMIN, G.G.;
TRISHCHENKO, V.D.- KCRZH, V.P.; iummil D.I.; ARSETEW, A.V.;
PAVLYUGHEM, A.A.; ZHADATE7 V.G.; KONDMKIY, R.I.; MOROZOVA,
I.A.; KOCHETIOV9 V.V.;, PRUZHAEi, V.L.; MALEVICH, I.A.;
MALIOVAKOVp D.I.; ZAKOYRYASHINV I.I.; NQYPKIY. I.S.; NOVIKOVA,
V.PO; GRISHIN, K.N.; MOSKOVSKAYA, M.LO; K66RW-,B.M.
inventions. Met. i gornorud. pros. no.3t75-76 Yq-Je 164.
(MIRA 17t 10)

15-1957-12-17057
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 12,
p 51 (USSR)
AUTHORS! Ivanov, A. N., Novskiy, V. A.
TITLE: Characteristics of Jurassic Deposits in the Yaroslavl'
- Oblast (0 kharaktere zaleganiya yurskikh otlozheniy
v Yaroslavskoy oblasti)
PERIODICAL: Krayevedch, zap. Yaroslavsk. obl. krayevedch. muzey,
1956, vol 1. pp 49-66
ABSTRACT: Callovian sands with pebbles of varicolored Triassic
marls lie in some parts of the Jurassic foundation.
)y carbonate clays (Upper Callovian, Lower Ox-
Dark gra
fordian vith pyrite, odlites of limonite and marl
phosphorites (16 m) lie above these sands. Still higher
occur black clays of Upper Oxf ordi an (11 m) v KimeridZian
sands with phosphorite inclusions (1 m), and sands or
the Lower and Upper Volga strata (10 to 30 m). Jur-
assic deposits are subdivided,according to their lithol-
Card 1/2 ogical features, into a lower-argillaceous layer (Callo-

BORLOVA, R.N.; METELITSEVA, Ye.P.; NOVSKIY, V.A.; SUKACHEV, V.N., akademik
Interglacial deposits in the environs of Rybinsk in Yaroslavl
Province. Dokl. AN SSSR 140 no.6:1427-1430 0 161. (KIRA 14:11)
1. Laboratoriya lesovedeniya AN SSSR.
(Rybinsk region--Paleobotany, Stratigraphic)

4
Dowminstion Of actil of qg&WA
r k CJA,
ccr it ter tuhx c it abr
vacuum, ty.in, ;j 'imeram t~j I Ino, o ii
(Zunting tub's 'Isi,
thelt are ~e~Jt,l
-beH,!. 11 tzc que=ulg ablilly w the 'Mr_ olb3tan~u 13
1-15AUffirient. some, !(Y-21V~ wi be intl(AL-ced into tli~
r r, 2

NOVTSIL.A-vkfi#'-filektrom,oktianik.
'0~~ Ughten the work of se-.-7icinji; peraonnal. Avtom., talon. j svias,
2 no.6-.40 Jo 158. (MIRA 11t6)
1. Favlinskaya distantelya signalizataii J svyast Koskovsko-Xiyevskoy
dorogi.
(Railroadc-Signaling-Block systam)

Novy,ill_
Determining terminal points of three-phase windings. p. 232.
ELEKTROTECHNIK. (Ministerstvo strojirenstvi) Praha. Vol. 11,
no. 7, July 1956.
Source: EEAL LCI Vol. 5, no. 10 Oct. 1956

Nor, F.
MOVY1 F. Use of glass insulation in electric motors of mining machinery.
(supplement) p. TO
vol. 5,,No. 9 Sept. 1956
,j40 6k ch OBZOR
TECHNOLOGY
Prahat Czechoslovakia
So: East European Accession vol. 6. No. 29 1957

81361
Olt? Z/038/60/000/03/02/OG7
ATMORS- Chochlovs*, Igor; Kufner. Vladimir and Nov~, Franti5ek
TITLE- Laboratories for the Van de Oraaff Acoelerat at the Institute of
Nuclear Research, 03AV 2r4
PERIODICAL: Jadernh energie, 1960, No. 3, pp. 80 - 82
TEXT- In addition to a nuclear reactor and a cyclotron, the Ostav jadernbho
vy'zkumu CSAV (Institute of Nuclear Research, CSAV in Rei near Prague will receive
a vertical-type, 5Mev Van de Graaff accelerator, contained In a pressure vessel
(Ref. 1, 2). The builfling for the accelerator and its laboratories Is nearing
completion, A sectional diagram of the acelerator with several technical data is
shown in Figure 5 with the following legend: 1. Accelerator proper (5 Mev, 100 IfLA),
contained in a pressure vessel (volume 23.5 0, height 8,000 mm, diameter 2,000 Mm'
pressure 15 atm); 2. High-voltage electrode; 3. Ion accelerating tube; 4. electron
tube for voltage stabilization; 5. Evacuating system for the Ion tube with a dif-
fusion -- -iuum pump (4,000 liters/second); 6. Evacuating system for the electron
tube with a diffusion pump 2,000 liters/second (used also for uninterrupted
evacuation of both tubes); 7, Kobile auxiliary evacuating station; 8. Target;
9. Magnet for the deflection and separation of the accelerated beam of particlesi
Card 1/4 11-K

81361
Z/038/60/000/03/02/0()7
Laboratories for the Van de Graaff Accelerator at the Institute of Nuclear Research,
CSAV
10. Tank for pressurized Insulating gas; 11. Equipment for filling and drying
the insulating gas (a mixture of N and C02), pressure 15 atm; 12. High2voltage
source for charging the conveyor belt of the generator; 13. Electron source for
stabilization of the accelerating voltage level. The entire equipment was de-
signed and produced in the CSR, with the 0JV, Chemopro.iekt, Zhvody V.I. Lenina
(V.I.Lenin Works) in Plzefi participating in the project. The accelerator building
is looated at a considerable distance from other installations of the Institute
and consists of 2 main sections: One housing the accelerator and the other housing
the laboratories. The entire building has a total volume of about 9,000 m3. A
drawing of the building is shown In Figure 1, a longitudlual vertical section through
the building is shown in Figure 2, a floor plan is shown in Figure 3 and a trans-
vereal vertical section of the laboratory wing is shown in Figure 4. The ac-
celerator room has external dimensions of 16xl3 m, 2 floors (ground floor and
ba~?ement) with a total height of 26 m. Up to a height of 8 m the walls are of
c-oncrete, 100 cm thick, furnishing a reliable protection against radiation. The
partition wall between the accelerator room and the laboratory wing is of 60-cm
thick limcnite concrete. The ground floor is divided by a concrete wall into a
Card 2/4 L "K

81381
Z/038/60/000/03/02/X7
Laboratories for the Van de Graaff Accelerator at the Institute of Nuclear Re-
search OSAV
room in which the accelerator is installed, and Into an engine room with an elevated
Dlatform onto which the accelerator electrodes and pressure vessel can be deposited
during repairs. For handling the heavy parts of the accelerator, the room is
equipped with a 16 ton bridge crane. The basement contains a large, partially
partitioned target room. For better work with direct targets, a 4A m section of
the floor located immediately below the accelerator has been lowered by 2 m. An
experimental channel, 3.2 m high, 1.5 m wide, leads out of the target room in the
direction of the axis of the accelerating tube. The channel proceeds below tne
laboratory-wing, ending outside of the building. The accelerator room is connected
with the basement and the ground floor of the laboratory wing with sliding double-
wall steel doors filled with limonite concrete. The laboratory wing has a combined
brick and concrete frame with prefabricat&d ceilings. Its external dimensions are
18xl5m, the oVerall height being 13 m. It has 3 floors containing a control room,
switch rooms, a workshop, laboratories and offices of the operating and scientific
personnel. Water and sewage pipes, compressed air pipes, electric and communication
Llf/
Card 3/4

81381
Z/038/60/000/0,3/02/007
Laboratories for the Van de Graaff Accelerator at the Institute of Nuclear Re-
search ~_SAV
wirIng are Installed in accessible horizontal and vertical channels interconnecting
all rooms of the building. (Editori M. Weber) There are 2 photographs, 5 dia-
grams and 2 Czech. references,
ASSOCIATIM, Chemoprojekt, Prague (Chochlovskq, Igor; Kufner. Vladimir); OjV
CSAV, Prague (Nov., Franti6ek),
Card 4/4

80578
cz/4_6o-5-12/35
AUTHORS- Chochlovsk~, Igor, Engineer; No4, Frant., Engineer
F4
lEi
TITLE: Laboratory for the Van de Graaf Accelerator at the ON-Institute in
Rei
PERIODICAL: Novh Technika, 1960, No. 5, pp. 221 - 223
TM: The authors report on the constructicn of the van de Graaf electro-
static accelerator in Re~ near Prague [Ref. 1]; the erection of the laboratory,
shown in Figure 1, is carried out by the Ostav jadem6ho v~zkumu Ceskoslovensk6
akademie v6d (Nuclear Research Institute of the Czechoslovak Academy of Sciences).
After test with a smaller van de Graaf type accelerator of I Mev energy LRef.- 2],
the construction of a 5 mev capacity accelerator was stai-ted, operating at a voltage
of about 100P A at the target; the accelerator is arranged vertl-cally, 'The high-
voltage equipment has been supplied by the Zttvod V. I. Lenina (V. 1, Lenin Plant)
at Plsen*. The accelerator Is placed In a vertical pressure vessel of 2 m interior
height and 8 m total height. The insulating gas has an operating pressure of 15 at.
The generator column is 468 cm high, It is subdivided by means of 172 equipotential
boards into three parts with reducing diameters, ending in a high-voltage electrode
Card 112

80578
cz/4-6c)-5-12/35
Laboratory for the Van de Graaf Accelerator at the 6,TV-Institute in Ae~
of 83 cm diameter. In order to utilize better the gas dielectric, the space between
the high-voltage electrode and the mantling of 193 cm in diameter was separated by
two equipotential surfaces of 11_3 and 149 cm diameter. The 50 cm wide rubberized
Kapron type belt is driven by an asynchronous motor, the speed of which Is variable
by 0 - 20 m/sec. The insulating medium is a nitrogen and carbon dioxide mixture VY
dried to -400C. The accelerator will be equipped with an accelerating tube for
Ions and a regulating electron tube. A high-frequency ion gun will be used. An
energy stabilizing of 10- will be achieved by the installation of a separator
and a control equipment. The accelerator building of 3,000 m3 and the Laboratory
are described in detail, the building's vertical section is shown in Figure 2.
Figure 3 shows a schematic of the van de Graaf generator and gives additional
technical data. There are 2 diagrams, I photograph and 2 Czech references-
ASSOCIATION: Chemoprojekt - &stav jadern6ho v~zkumu (Chemoprojekt_- Nuclear
Research Institute)
Card 2/2

28450
2`1 - U~ fj 0
Z/038/61/000/010/002/008
D/291/D301
AUTHORS: Habanec, Josef; Safrata, Stanislav;Novk, Frantisek;
Franc, Pavel, and Nemec,. Jan
TITLE: Tasks of nuclear physics and some major equipment
of the Nuclear Research Institute
PERIODICAL: Jadt:I-'. energie, No. ',0, 1961, 330-337
TEXT! The article describes certain equipment of the Czechoslo-
vak Nuclear Research Institute, namely the Soviet-.procured cy
clotron, a small electrostatic accelerator, the Czech GS-2 hydro-
gen and helium liquefier and the Soviet HCAK-80 (ZhAK--80) lique-
fier, and lists some research fields of the institute. The cyclo.-
tron can accelerate deuterium ions to 13 mev and alpha-particles
to 26 mev. The ion source is a discharge tube for deuterium or
helium ionization. The voltage on the dees reaches up to -150 kv
the voltage of the deflector is -70 kv, The 120 cm gap between
the pole shoes is made with an accuracy of 1 0.2 mm. A quarter-
wave coaxial line for the 10 Mc voltage on the dees eliminates
the ne~~ for insulators. The rf generator supplying the deee bag
Card 1

Z/038/61/000/010/002/008
Tasks of nuclear physics ... D291/D301
an output of 120 kW; the frequency and the intErsity of the mag-
netic field are maintained with an accuracy of 10-4, The (-Y,-Ic-
tron has in input of 1 r4w, approximately 500,000 kcal/hr are die-
sipated by the water-cooling system. The accelerator o erates in
a"vacuum of jo-5',mm Hg, the total pum ed volume is 5 m~ and the
pumps have a capacity of 3,000 I/sec fat jo-5mm Hg). The accelet
rated beam is vertically and horizontally focused by two quadri-i-
pole lenses and is deflected to weaken the cyclotron hackground.
The target chamber at the end of the beam-extraction tube has a
separate vacuum system and remotely controlled manipulators. The
cyclotron can also be used to produce some radio-Isotopee, es~
pecially short-lived and pure isotopes without carriers, Teste.
are being made to obtain polarized beams directly from the cyolo-
trcln A small electrostatic van de Graaff accelerator P mev) wa~
deilgned and built by the institute, under ~he sup,-rvis-.Lon of
Engineer SimAfi, for research purposes and as a test model for
constructing a larger accelerator (4-5 mev). The small accelera.
tor for electrons and ions is situated in a pressure containe.-
850 mm in diameter and 2,500 mm high, filled with a mixture cf
Cai,d 2/ 6

28450
Z/03 61/000/010/002/008
Tasks of nuclear physics D291YD301
nitrogen and carbon dioxide under a pressure of 15-25 atm. The
48 cm wide conveyor moves with a speed of 21 m/sec. The accele-
rator tube is 84 cm long and the tension achieved at a pressure
of 15 atm. is 1 mv. The larger accelerator was developed and is
being produced by the ZVIL National Enterprise in Plzeh. The ge-
nerator is also situated in a pressure container 200 cm inner dia-
meter and 800 cm high. The space between the hv electrode (820 mm
in diameter) and the wall is separated by two jackets, 1,140 and
1,500 mm in diameter, for better utilization of the dielectric.
The entire column is 4,500 cm high. The conveyor, made of lami-
nated, rubber-coated silk, is 50 cm wide and moves with a speed
of 12 - 20 m/sec. Preliminary verification tests produced a ten-
sion of 3,5 mv. The cryogenic laboratory of the Czechoslovak
Nuclear Research Institute is equipped with liquefiers for hydro-
gen, helium and nitrogen, strong magnets, and magnets with high
magnetic-field homogeneity. The GS-2 helium and hydrogen lique-
fier was produced by the KralovopolskA strojirna, n,p., zAvod
De'i5in (Kralovopole Machine Plant, National Enterprise, -'-~diary
in D661n), according to documentation supplied by the Institute
Card 3/ 6

Z/038/'61/000/010/002/008
TasKs of nuelcar physics D291/D301
lor -ehysical Problems of the AS USSR in Moscow, and was put into
test operation on April 13, 196U. lt applies the Joule-Thomson
effect and has a capacity of 11 1/hr, The output of the hydrogen
compressor is 50 NmVhr, that of the helium compressor 80 Nm37hr.
Individual parts (i.e. the liquefier itself, compressors and
pumps, gas containers, etc,) are installed in separate rooms
which are ventilated and equipped with electro-conducting rubber
floors, The Soviet ZhAK-80 nitrogen liquefier has a capacitj of
approximately 15 1/hr. An 80-kW magnet for very low temperaturea
produced by adiabatic demagnetization has pole shoes 220 mm in
diameter and develops a magnetic field of 24 kG in the 55 mm gap.
The magnet can be lowered 550 mm and turned 1800. Resonance ex-
periments can be performed with a 2.5 kW magnet which has pole
shoes 300 mm in diameter and develops a magnetic field of 18 kG
in the 25 mm gap. For very strong magnetic fields (up to 50 kG),
special iron-coreless, water-cooled coils are being developed
which will be fed from a I Mw d-c generator. The cryogenic sec--
tion is expected to become one of the most modern equipped labo-
ratories in Europe, The article lists now some of the research
Card 4/16

2M450
Z/03 61/000/010/002/008
Tasks of nuclear physics D291YD301
taska of the Czechoslovak Nuclear Research Institute. Studies
will concentrate mainly on the characteristics of the nucleus,
nuclear spectroscopy, the mechanism of nuclear reactions, the
construction of fission products, and the behavior of aligned
nuclei. For these purposes, new equipment is being developed
and/or installed at the Institute. A Litvinov magnetic analyzer
is being built for measuring the energy spectra and angle distri-
bution of fission products. The instrument is basically a 12-
channel spectrograph. A special apparatus prepared at the Insti-
tute measures the p-~-correlation during nonelastic proton scat-
tering. Ther -detector consists of a NaI crystal and a FEU-33
photomultiplier; the proton detector consists of a thin Cs cry-
stal and a FEU-33 photomultiplier. The discrimination for~-is
10%, for 6.5 mev protons 4%; the discrimination period for' rapid
coincidence is 4.10 9 sec. The polarization of protons during
scattering on nuclei with zero spin is measured by the standard
method of double scattering. Studies on aligned nuclei will be
performed in the cryogenic laboratory and are still in the
preparatory stage. It is expected that experiments at the
Card 5/6

Tasks of nuclear physics
2P,450
Z/03 61/000/010/002/008
D291YD301
temperature of liquid helium can be started late in 1961. There
are 14 figures and 15 Soviet-bloc references.
ASSOCIATION:
v
10stav jaderne'ho v~zkumu CSAV Rei (,Nuclear Re=-
search Institute Czechoslovai AS, Aez-')
Card 6/6

NOVY, Frantisek,, inz.
Emperience with the production and testing of bydroalternators in
Lenin Works, Plzen. 91 tech obzor 50 no.10:572-577 0 161.
1. Zavody V. I. Lenina Plzen, n.p.
(Dynamos)

NOVY. Julius,, Mr. (Vvakov)
An economdo analysis of the cattle tuberculosis in a district.
Vaterinarni mdlcina 6 no.11sSl?-824 K 161.
2, Ckreml "terinarni sariseni Vyskov.

fuovy, T.

NOVI, i~. ; ZVONAR, V.
Working laminated plastics reinforced with Fiberglas. p. 117. (5TP,~J17I'-X5TV.'.
vol. 5, No. 12, Dee 1956, Praha, Czechoslovakia)
SO: Monthly Lint of ~,ast European Accessions (v,EAL) LC, Vol. 6, No. 111, "ec 1,7)57. -Uncl.

Vyj
CZECHOSLOVAKTA/Laboratory Equipment, Apparatus, Their F*
Theory, Construction and Application.
Abs Jour : Ref Zhur - Khimiya, No 14,, 1958, 46514
Author : Antonin Koukal, Frantisek Lesek, Karel Novy
Inst
Title Experiments with Electric Rotational Viscosimeter.
Orig Pub Chem. prumysl, 1957, 7, No 6) 304-305
Abstract The described instrument is suitable for liqutds with
rapidly changing viscosity. It is based on the measu-
rement of braking force actintr in a feeler submerge(' in
the liquid under study and rotated by a synchronous
motor. The measuring device consists of two Selsyn
mot-ors and a compensation arranLiement connucted to a
micro- or a milliar=,eter. The viscosity 7? is deter-
mined in cpoises by readtn~,rs I on that instrument.
Graphs of the dependence of ~ on I of various liquids
are presented.
card 1/1

NOVY. L.. inz.; PACMKY, J., inz.; SIMOR, J., inz.
Proposal of a complex use of raw materials from the gravel and
sazvi pit in Cheovice near Gheb. Stavivo 41 no.6.-214~-216 Ja 163.
1. U(SKS., Karlovy Vary (for Novy and Simon)t, ,
2. Zapadocesky prumysl kamene, n.p.., Karlovy Vary (for Pacovsky).

NOVY, Ladislav, inz.
Holes for anchor bQlts in constructing industrial buildings. Poz
stavby 3.1 no.499-102 163.
1. Pozemai stavby, 712fan.