SCIENTIFIC ABSTRACT YUKHMANOVA, T. S. - YUKHNOV, I. I.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963120006-3
• Release Decision: RIF
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• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


YMNEVA, N. V.
Working class moveront, in Petersburg in 1901.
Thq following dissertations vere defended in the Institute of ArchAology,
Candidate of Historical Sciences.
Vestnik AkadNauk., No., 4, 1963, pp. 119-145
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WeCRR', !~~636960 (AIN SOURCE COF33 m/Oi6i 66 68/61IT321~[321
Tk hev Vo D.; Bortniks H. V,
AUTHOR: jYu khno
ORG*- BA-arussian- State Urd-iersitylni'Vo- le-lenint- Minsk (Boloruaskiy gosudarstva
TITISs Annealing of bands of,imurity recombination radiation in silicon irradiatod
'With ga=A quanta
SOURCE9 Fizika tvardogo telap ve.89 no,,11p..1966, 3213-3217
TOPIC TAGSS-roco~bination:radiatio InVradistive "combin-c-tiony semiconductor carriers,
gamma irradiation
1LBS77UCT- The isochronous Annealing of infrared radiation bands arising in silicon
.from the radiative recombination of excess carrier.s across the levels of radiation de-
fects was studied. In the,25-60ocC range, the successive appearance and disappear-
ance of-various bands was observed,, indicating a complex character of the rearrange-
ment of defects during annealing. The results obtained show an important role of
oxygen in the formation of recombination centers in silicon upon irradiation with
,gamma quanta. On the other hand, this recombination radiation is a good indicator of
low oxygen concentraticnsp and can be used to determine the lattero Thusp-recombina-
.I. i
t on radiation can be used as a means of studying the'radiation defects of silicon and
processes of their rearra.rig.ement during beat treatment. Nine different "radiating"
radiation defects were observadl and the kinetics of their annealing showed the atruc-
Card 1/2

ACC M AA036960
ture of stable radiation defects to be comlex. Okygen atoms are an integral part of
Most, ofthe radiation defects responsible for the obsorved bands of impurity recombi-
-nation radiation. Phosphorus atoms participate in the fornation of cehters radiating
-nd boron atoms take-part in the formation of centers radiating F and
V and E band a 9 a
The majority recombination centers (determining the lifetime of excess
bands.
A~Aers) are annealed at 400-~OOOC. Ibey are also linked to oxygen and are centers
onradiative "combination. The intensity and energy distribution of the various
s of recombination radiation of silicon containing radiation defects and subjected
.,-'.'to heat treatment permit an analysis of the content of chemical Impurities in the iri-
tial single czystals. Both active (borong phosphorus) and inactive impurities (oxy-
gen) can thus be analyzed, Authors thank Z. M. Afanaslyev and P. S'.-,Solovlyev for
their systematic assistance in the course of the experizents. Orig. art. Mel .1
f Uwe. and 11 Ubles
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AUTHOR: Yuk-hrl'ay4cIrl 11- )1-;-
i-versity In.
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vithin the centers, and tbe lloa.--
with emission of 8-colistic phor,~,-,~, 11he appearr-"I"'.
e-%rider.,~e of the complex natitie Qf '*,,e centers
far help with "he preparation for tlne exper'--,~.-
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SUB CODE: 20/ 6 Lq P.,, D A --F -04
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,~AUTHCM S Babushkin A. A.~. SOV/48-22-9-35/4c)
Berezkinaj, Yu :V., Spitsyn, V. 1.
TITLE: speetrosco*oic Investigations of the Structure of Some
Complex Compouiids,(Spektrorkbpicheskiye issledovaniya
stroyeniya nekotorykh komplekanykh soyedineniy)3. In-
fluence of Water :)n the Structure of Para- and Meta-
Sodium-Tungstenate~., (3. Vliyaniye vody na stroyeniye
parar i metavollframatov natriya)
PE'RIODICAL: Izvestiya Akademii nauk SSSR. Seriya fizicheskaya, 1958,
Vol 22, lir 9P PP-1134 1.135 (USSR)
~LBSTRACT: This is a con'densat-ion-of thepaper published under
the above subtitle Nr 3 in the 11Izvesti-a A,kademii nauk
~SSSRII by A.A.Babushkin . It covers the investigation
of the infrared absorption spectra of paratunestenates
(.511a2 0.12WO3witha composition of 28 H 20, 19 H 20, 9 H 20,
4.H 0, 2 H 0 and of water-free tungstenate. Two ranges,
2 2
that of the*valence- and deformation oscillations of the
ar -1) and 'hat range
d 12 tungstenate ion (700 1700 -M
C

pectroscopic, Investigations of the Structure of Some -22-9-715/4o
SOV/48
influence of Water Dn the Structure of Para- and
Complex,C6mPounds.- 3.
Meta-Sodium-Tungst enates
(3000 3600 cm uhich is especially favorable for a
study of the aqueous -state were investigated. Besides,
the absorption spectrzi of meta- nod ium-tungst enate ("la V1 0
2 4 13
with a composition of 1-0 H20~ 7 H2 0,2H20aril of a water free
meta-sodium-tungs-U,enate were studied. A comparison of
the results of the, investigation of various hydrv-tes
of pa--a-andof-ie-t,-..-tungstenates permits a joint treatment.
An immediate.connection between the coordination of the
water in thecomplex and the anion sti-ucture of the iso-
poly compounds was established to exist. A modification
ofthe water coordination at a dehydration leads to an
alteration of the structure of the anion. The maintenance
of a stable coordination of the water does not lead to
alterartion of the structure of the complex. There are
2 figures.
ASSOCIATION; Institut fizicheskoy khimii,.Ak-ademii nauk SSSR (Institute
r.
Card 2/2 :of Physical'Chemistry AS USSR)

5 SOV/75--4-4-'9/441
AUTHORS: Babushkin, A.: A., Yukhfievich G~ I.$ Berezkiniam, Yu.
spiltsyn~ 71kt. I.
TITLE: investigeion of ihe_.Effeot~ of' Watei~'on the Stiuctu:t-3 ~f
Soiil= Para' tur-gstete - and Sodium keta-tungstate UsIrg -It-
Methoi cf, Infra-red, Absorp n Spectra (Issledovaniye vliyE-_-,.~ja
I p
vcd,y na stzveniye pciita- i metavollframat-ov natriycq metc_-4 i;
.Lr.fxP_krasr_ykh spektrov poglosheheniya)
PERIODICAL: Mrarnal neorganicheBkoy khimii 1959, Vol 4, Nr 4, pp 525--620
-USSR)
A
STRACT:
B
The authors' investigat' d,the~ ffect -of ate
6 r upor the
of jodi, UM- para and'meta tungsiatf; 'and the type of bondin6 c-,f

the vate. anion's of
in'-the -these :compounds. The infra-rei al-
--s odi- I p x~L arid- meta tungstate, L
'of 6, "a
sorption pectra
,
for different.water ~:bn~tents using the IKS-1 spectrophct.offiGt-,~.-..-
with sodium chloride-and lithium fluoride prisms. The
absory,tion sipect-ra for.,sodium para-tungstate with 26H 20, -,9H 20,
QB _4H
0,. 0 ~2R 0 and O.2B 0 per molecule of Ila 73 -0
2 2. 2 10 12 41
as the anhydrouB para-tungstate were investigated. The
Car a 1/3 gatior, Wae carried out, o~%rer the spectral ranges 700-17100 ~,-z

Investigation of the Effect of-Water on the.Suraoture of Sodium Para-tungszaze
and.Sodium Meta-tungstate Using the Method of Infra-red Absorption Spectra
.3000' SDOcm, For'sodium para-tungstate hydrates in the
and
transition-from'19H 0 to 9H Oa marked change in the structure
of thp.coordination water and in the structure of the anions
c T -he a t
cii' red. , 11 ructures of the hydrates of the sodium meta--
o
tunkstate'temained'unchanged. Using spectroscopic methods and
isotope exchange 'of hydrogen : against deuterium it was f oulia
that. in the:so dium para-tungst6te with 28H 20 three forms of the
coordination water exist, One of these forms is present as zhe
hydroxyl*group- which is bound directly to the tungsten atom.
Lik6wisbb in th&~ hydrates of the sodium meta-tungstate there is
a form of the coordination.-wateras the hydroxyl group bound
directl;~"tb the-tunigsten atom. Wra-red absorption spectra
of sodium, meta-tungstate were plotted for 10.7 and 2H2 0 and
the anhydrous podium meta-tungstate in the ranges of 3000,-
38OO'cm- I 'and 17OD-6oo c'm- These aro shown in figures 4 and 5.
These spectra show that there is no difference between the ab.-
Card 2/3 sorption spectra of- these hydrates of sodium meta-tungstate.

SOV/78-4-4-19/44
-a ium Para-lunE:~-.a-
In-Vestigation of the. Eff ePt of- Wate'r oir the.Struct of Sod
an, dSodi-tim:Reta-tungstate-Using the Method of Infra-r6d Absorption Srectr;~
No speoific absorption was-found.for thp.,anhydrous sodiuz
~meta,'t i1jaksta te in thf3~'kange 300 0-3800 ICM-I. The differen-,~s in
the--o~ticai densities of the.various -hyd-rates are shown fn ~I
table. A'fuTth6r table gives the wave numbers (Cm-,
absorption maiiina of the hydrates of sodium meta-tungstal,,.
There are 5 figures, 2 tables) and 8 references, 4 C;f
are Soviet.

50) SOV/78-4-6-42/44
AUTAOR: Yukhnevich, G. V.
TITLE: On the Problem of the Nature of Water Contained in Sodium
para%olframate (K voprosu o prirode vodv vkhodyashchey v
paravollframat natriya)
PERIODICAL: Zhurnal neorganicheskoy khimii, 1959t Vol 4, Nr 6,
PP U59 - U60 (USSR)
ABSTRACTs It Is assumed that 10-oxonium -ions-aro oontained in nodiu,.
0
paravolframato. The formula NaJ1,2 46 (0113)10.131120 in
suggested with respect to their existence for Na Id 0 .28H-0.
10 12 41 e
The unstable oxonium ions are destroyed by the dehydration
of sodium-parawolframate. Infrared spectra of this compound
were taken and given in figures I and 2. Thus the existence
of the oxonium ions was confirmed. The dehydration process
of sodium-paravolframate was discussed. There are 2 figures
and 6 references, 3 of which are Soviet.
SUBMITTED: February 3, 1959
Card 1/1

BMSIMIE,.A.A.; ROLM. I.D.
In:fiue=e OT water.on tbo lt=Ctd" of potassiu= oillco-
tungstate. Zhur. noorg.kbit, 5 mo.5:3.'176-1177 H7 160.
(MM 13.7)

S/078/60/005/009/039/040/XX
B0171BO58
AUTHOR: Yukhne*icb G V
TITLE: ~Compoaitionof:the Thermal Decomposition Products of Some
Aquo- -and Heteropoly Conpounds
PERIODICAL: Zhurnal neorganicheskoy.khimii, 1960, Vol. 5, No. 9,
pp. 2132 2134-
TEXT: The comDosition of the thermal..dlecomposition products of some aquo-
and heteropoly compounds was studied by means of infrared spectroscopy.
The spectra were recorded by the ultraspectroscope 14KC-1 (IKS-1) in the
spectralrange of from 650 cm, to 1300 cm The spectra of the compounds
VO3 _WOY H20, No 3' 2H2OV Na?O 4' 2H 20, K2W041 and Wa ?2079 as well as those
-of the corresponding decomposition:products, resulting at 7000C, were
recorded. All samples were studied In the form of oil emulsions. The
recording sensitivity of.the spectra amounts to +1,5 cm The results of
the study are summarized in Figs. 11and 2 and tabulated. It follows from
Card 1/3

Co mposition of theThermal.Decomposition 8/078/60/005/009/039/040/XX
Products of Some Aquo- and Heteropoly- Com- B017/BO58
-pounds
the results that the: simple' tungstates may be divided into three groupst
~A) V 0, W05~H 0, VO 2H2 0 with I w.ide-bands between 600 to 900 cm
3 ~ 2 Y- I.. -----1 .1
2) ffa~WO4 .2H 20': K2WO 4-with intensive band at..810 cm- , a weaker one at
925 cm
0 with nine distinct-narrow-bands,.
3), Na2W2_ .71 7
On the basis-of spectral analyses of thermally treated samples, state-
ments on their structure can also be made. The decomposition products of
sodium tungstate and potassium silicotungstate are not a simple mechanical
mixture of.10 3' Va 2WO 4) and Na2"207' The spectra of the decomposition
products of sodium metatungstate and potassium silicotungstate shov great
similarity with the.spectrum oftungsten trioxide. The spectra of the
decomposition Droducts of sodi um paratungstate and sodium ditungstate,
obtained at 70boC, are almost similar. The author thanks Vikt.L�2 its n
for the theme of the study. There are 2 figures, I table, and 9 refer-
encesx 6 Soviet, I Swedish, I British, 1 Danish, and I Swiss~
Card 2/3

Composition of the Thermal Decomposition 5/076/60/005/009/039/040/XX
Products of Some Aquo- and Heteropoly B017/B058
Compounds
ASSOCIATIONs Inatitut geokhimii i.analiticheskoy khimii im. V,I.Vernadskogo
Akadezii nauk SSSR (Institute of Geoohemistry and Analytioal
Chemistry imeni V. 1. Vernadskiy of the Academy of Sciences

IL - * 0
YUXI I-EVICIII, G V
Fydroxo-min ions in heteropmlya
cids. Zhur. neorZ. I'dika. 6 no.1:231-
233 '61. 24: 2)
1. Listitut geokhka-ii i analiticheskoy khimii im. V.I.Vernadskogo
All S3SR.
(Oxonium compounds-Spectra) (Silicotuwratic acid-Spectra)
'PRIN; RPM
R WA

stato of
-.-O4" -itz - -i-;c0tv.- tat.--.. 7-
neorg. ILI. C-CS
Inst, tuit ana.
litf.choolcoy
All 3"ML,

BINZMGI I.V.., yujammOl., G.V.
0 1
7.i -,4--
15

FPMAKINy A,V.s YUMIEVICHi, G,V*
Dete=ination of lVdrcVI groups in silicata mL-zra2.s using
the irS-rared spectra method. Gackhimiia no.6:581-585 A 163.
(HITRA 16:8)
Varnads*oy lnz;titutz) of GoocharAntry and Analytical
f A A-R-

.:~YMNMUP O.Y.
- ~ I AdvaneeB in the use of' infrared speectroscopy fcr
characteristics. Usp.khi-m. 32 no.ll-.1397-1423 1' 163.
(MMA 17. 3)

TUIMEVICH, G.V.; XARYAKIN., A.Y.

.- . , ~. ~ 7. . . .- I I . ~ . I . .II - - . ", ~ 0
.10 g-w~h-, ~- - - - -- ----
,14 qnsp~, !~~ -, ?~rl .

.xI~ I.
~i?

Mr-M-11 7-11 CH, - G. V.
Spectral study -oil the stp-te 'of vater in crzYatalline beter-c-
pol~cmmpounds of turraten and molybdenum. 4"'mr, Fr3.ki.
speIrt. 3 no. 6:516-P4 W 165 0-filu, 19:1)
4&7
1. Submitted July 31, 1964.

,7,-
-, T, .-
a
,t,.-. --

TOnnVICH, L.A.
-X01097-ana dazt2-aCtlWM832 Of thO m=er-chafer (AmphinalloD
solatitialos Gabl.) ana tte cockcbafar (Folyphylla irrorata L.)
in the state forest nurse,_7 at Dzhambul. Isv.AN Ka2.SSR no.125:
3.40-145 153. (MIRA 6:12)
(3)zb=bul--J3eetles) (Beat let--Dzhambul)

a

TUKRNSVIGH, L,A.; MATESOVA, Mat; MMATRY, I.D.
Insects and mites, pests of fruit and barrieB in Boutheastern a=:~
eastern Kazakhstan. Trud7 Inst. 2ool. All Kazakh. SSR I-'.
( IYT T) AI ~l ; , I
%-.- I
~xazakhetan-Imseotol Injurious and benoficial)
(7ruit-Diseaves amd pouts)

USSR/General and Specialized Zoology - Insects. Ha P
Insects and Acarids-. Forest Pests.
Abs Jour Ref Zhur.Biol-~ No 6) 1959, 25524
Author Yukhnevich, L.A.
Inst Institute of~Zoology, AS KazSSR
Title. Insects and Acarids Pests of Mn Trees in Southern
and Southeastern Kazakhstan
orig Pub Tr. In-ta zoDl. AN Ka%SMo 1958, 8, 98-111
Abstract' The elm (E) family trees do not grow in wild state in
Southern and Southeastern Kazakhstan; all their plan-
tations are artificial. In 1952-1953, groves, Parks)
nurseries, field-protective belts, plantatinns in popu-
lated localities, plantations for the protection of life
were ex=ined. 62 insect species and 7 acarid species
were registered on the elm trees. So= species were new.
Card 1/2
52

USSR/Goneral-and Specializea-Zoology - Insects. Harmful
Insects and Acarids. Forest Pests.
Abs-Jour Ref Zhur Biol., No 6., 1959p 25524
For~ the first t1m, a number of trees of the elm family
were marked off as fodder plants. According to the de-
gree of harmfulness, the followinginsects possess great
aigaificance: the gall mite (Erlophyes sp.); the green-
ish elm. the red-gal and non-migratory aphids; the
Smooth-leaved elm leaf beetlep the elm curved-antenna
moth;. the mulberry and elm geometrids, The character of
damage to individual species of E is different. The pin-
elm is damaged more than others; in the sou
South of Kazakhstan, the dense elm; in the eastern lzrt,
the smooth-Jeaved elm. T%e wych elm and the Androsov
e3n are least subject-to infestation. The specific pests
of E in Southern and Southeastern Kazakhstan are: the gall
mite, the thrips, the elm leafhopper, all the aphid specties
and the curved-antenna elm moth. A.P. Adrianov
Card 2/2

0 cLI

K3 j Qit -P
ZhRlol.

Yukhn,,vlch, L.

I Tan
AS -.-~,azukh 364't
M!",
T r.'ef-rence to Lhe Bioloiry of 611stej, 2" 8 e +
U-3
riL- a Pali.. wi th a of u,
OP 41G. F MP Tr. in-,.& zoal. All' 195a
,
ABSIUZACT On t4e oocurrence of b
oLitern Ji
azak'%il., .obluat' . f-Ail
.6-

.
. u
.
detailckd duscri-ption of tho triU119111irl iG
Isiven.
za 1A.

ti
PRTAIMI )GAD;
a of blister beetles of the tribe Y71abrint
(Cole4t ra,, isloia! Min the fauna of the U,S,S,B, Pat. obo2, 37
(HIRA 11:3)
1.~lnjtitut joologii AN Xa2SSR, Aim-Ata.
(Blister beetles) (larvae-Insects)

U~%Vdenorai and pystema-tic; ZooloSy, Jnseots.~ Harmful
Insects and Acarlds,,,-Forest Posts.
Abs Jour Rof Zhur - Biolo No 39-19591 -No 11
At I ffih c-q- hL,i.
r ev..
Inst 15st Itute of. Z ogy, of AS KazSSR
-flavovIttata Ball.
Title. On the Biology of Lyttal
-(Coleoptera" Meloidae) with a Description of the
TrIunSul In,.
Oris Pub Tr. In-tia zool, AN RazSSR,: 1958, '8, 155-159
Abstract L. flavovittata Is familiar only in Southeastern
Kazakhstan in the dociduous.forestB of the foot-
hills of Zaylllchnly Alatau, groves and parks.
The beetles food on leaves of the ash tree, olm
trees and honoysucklo;*maBB multiplication of
them bringsabout,considerable damage. In the
environs of Alna-Ata:in 1950p the beetles appoar-
ed in the second decade of Yjay; mass emergence and
Card r 1/2
28
:6

U KO NEVIC-H.
cc?; .-Ty "I s S
;G[,NEF%AL p
I ~'C.ZOOLOGY
I N-CEC. S G i r-- Ln & u I, d
.
ca

'Ir -i35:u 10,~ 4 Y.~Y2
e1

,), 69~12

Y-&Jiw4v~v i Clk L.A.,

KOY f Or t- ri tInst.ar La;~-irae
Of liliSte)7 f3e0tleb Of tile Trl-110 Mylabrini
(Coleopteral Melaidae) in Fauna ef"the 'USSR
Wo,l,
V7 6 -A 8 2
1) iu t rm na ti o nta b! 0 f trilmgillirv4 Of
Mylabria iirle -c- ara
given c p tcly for subgonera
and np e ci i~

Insect and mite pestt of stone frult and currants in central and
kb.SSH 11:12-23
nortbarn Nazakbotan. Trudy Inst.2ool.AW Kaza
(MUL-1 13-11)
(Ka2akhotan-Inseets- Injurious and bonoficial)
(Fruit-Djacaseo and pests)

YU'u.biloti,
New specieB of aDhids (HOMOPter-3, zphidoid!ea) froz soutbe~,ctpar,.
Xazakbstan. Trud7 Inst.zool..0 kazakh-5SR 11:219,222 #t0.
(KazaUstan--Plant lice) (HIRA, 13:11)

YUa-UIEVICH L.A.
MAMOVA G ya HITYAYEV, I.D.;
Review of insects damaging fruit and berry crops and grape,,invs
in soutbwestern Kazakhstan* Trady Inst. zool. All Kazakh. SSR 18t
3-45 162. (MIFIA 1'7:3)

IN

Uk., 'JZ
YUMIEVICHY L.A.
Plant lice Apbldoidaa of conifers in eentral and southeastsm
Kazakhstan. Trudy Inst, zool. AN Kazakh. SSR M150-154 162.
(MIRA 170)

YUKMVIrH d Aleksandro-ma; ~ATESOVA, Galina Yakoviama; MITTATEV,
Ivan Dmitriyevi-ch; 7CHUK~ T.1, red.; ROMKIRA, Z.?., tek_kn.
red.
[Orchard and garden posts and maasures for their ejontrol in
southeastern Kazakhstan] Vrsditeli sadov i ogorodov i mery
boTiby s nimi; lugo-Vostochnyi Kazakhstan. Alma-Ata, Izd-vo
AN Kam.SSR, 1963. 64 p. (MIRA 16:5)
(Kazakhstan--InBects, Injurious and beneficial-Control)

~mtbomycin -in the treatment of nomigonorrheal and postgonorrheal iA.
Urethritis. Urologiia 22 no.4.-43-47 JI-A '57. (RDU 10:10)
Is mochapolovogo otdela (zav. - Prof. L.R.Ieytes) i s6robakterio-
logicheskoy laboratoril (zav.,- dotSent H-H-Uraellson) Odeaskogo ~M
nauohno-isoledovatellskogo ko2hno-vener ologicheskogo institutaAmeni
Ye*S*Glavc'he (dir. - doteent S.I KBtaskov)
(UMTHRITIS, therapy,
chlora=henicol-in non-gonorrheal & post-gonorrheal cases)
(CHLURAMPARNICOL, therapeuticuse
,

Urethritim. non-gonorrheal & poBt-gonorrheal (Rue))
!~v

t
Oleo MEIN-

Shchekino Tallskoy oblasti).
BchD-ol use' of 91tes for the 9~udy of building. Politekh. ob=h nD,9.,
28-32 8 15?. (KM 100)
ing)
(Building tradeo-Study and teach

.1 . ~~17~1%~,---, I
~ ~r; t ~k;i~

YUKHND , F.V., polkovnik
Broaden the scope of rationalizing and inventive woex. Vest.
protivovozd. obor. no.7:12 JI 161. ORINA, 14:8)
(Russia-Air force)

Rach. transp. 12p flo, 5,
TY 1953. Unclassified.
9. Monthly List of Russian Atcessions Libra of Congress, jpim

111MYUMMINt yayg2 Iyapovich jcl-,Ay3Y V-V., in2haner, retsenzent; BATIU,
~. - ,_ I
w- -
M;. Or ~ A , ,
pt r or; 7RUMM, P.S., takhnicheakly radaktor

8(6) SO V/9.-. - 59-9-4/3 3
AUTHOR: Gurvich, SJ% and Y*akhn A.B., Eng-ineerp
TITLE: Di~~mged Water Preheiting Plants
PERIODICAL: Energetik, 1959, Nr 9, pp 8-10 (USSR)
ABSTRACT: The authors describe twounitized water preheating
plants.. Until recently,, there were no unitized water
preheating plants~a*ailable for preparing feed .,.,ater
for low-power bol2ers. At the Saratovskiv 7,,, v
helogo mashindstroyeniya (Saratov Plant Oil Heavy
ne Building) tests of the first prototype of
mobile i7ater preheating plants were conductp-d
success, Such units have an output of 5 tons per
hour. Thei -r design, is explained in, Figure I i, Tbe o-,,-,-
all dimensions of these units do not exceed tl,-r- nr,:-
scribed dimensi ons of the USSR RR. The total me~ai
weight is 2780 kg, while the shipping weight is
6.5 tons. The deaeration of the feed i~ip-Vrr iir to
parformoa in a acparate unit with feea
Card 1/3 the boiler units, A thermal deaerator 'LE; pianned,

S OIT/9--' - 5 9 - 9 - 4 /33
Fa6mged.- Water Yrebeating Plants
.~containing. -devices required for removing oxygen,
all
carbon-~dioxide and ammonia. Analogous to this unit, it
is planned to manufacture in 1959 a series of uniti.,,e(I
water preheating plants having an output of 1n '-.on.-,
per hour. These units are to be used at steam turbine
power plants with capacities of 1500 Irw. Power plants
with capacities of 2250 and 3000 kw will receive two
or more units. Based on the scientific research per-
formed by ?,TO TsXTI,, a project of a water processing
plant was worked out for power plants of 750 and
kw, having an output of 5-10 tons per ho')r, shoTn 'in
Figure 2. The processing of the raw water is perr-I-Ir''.
according to the direct flow pressure system, The
cationite filters work in series in a two-stage ar-
rangement. The authors describe the function of t'As,
unit in some detail. They summarize the advantages
pe_ckaZed water processing plants: 1 ) lower ex,' enses
Card 2/3 for planning water processing equipment; 2) 'less

ytTKUNO, F. Cand Cpem Sol -- (disa) "CryBtalioc6ernlcal Study
-f -"Cr
~~ J,,,, -.7 -- kUV-4--,~
Certain 9"d 3 - Complex Compound8 of N-Ke- \- I
Mos, 1957. 12 pp 22 cm. (Mos State UnIv I-m M. V. Mff=IAAGj~x~,
Lomomsov, Chem...-Gal Far"aty), 100 copies (KL, 27 57-,
- 16 -

YUKMvj E4 Y". FORAY-qA=t H. A., AMMMaWA, A. A., and DIKA-R-EVA,
'The Atomit "tol Structure of CompleX 1xido-Amine 711cl-el
Compounds" (Section 6-21) a paper submitted at the Gemrd Assez-by
at-!Congress of Crystallography, 10-19 Jul 57, Ylan"t-real.. Canada.
C-3.,800.,189
Institute of Venerol and Imorganic Chemistry., AcDdeay of Sciencet; (FORAY-KOSHITO",
JANIMISM;M. A., A. S. end. zmtwvA)
Vbscow University Chemical Faculty (YMMMV)

AUTHCR:, yukhno, E.K..-and Poway-Koahits M.A. 70-2-6/24
TITIE: The qryit'alstructure of.nickel 'Urans-di-isothiocyan-
otetre=dne Otto*4e kristallov trans-djizorodanot-
etrammi rmi lya).-
PERIODIOAL; 'Tristallografi-ya" (Crystallography)ZU195?, Vol.2,
No.2, pp.239-248 S.S.R.)
ABSTRACT: Crystals of Hi('M,)4(NOS)2 are monoclinic with space
group 02/mand unit.cell.dimensions a = 11.46 + 0.02,
b,= 8*18:+ 0.029 c = 51.68..+ 0.02 MC and P 10,50.
dobs.= 1-550 and d Cale. - T'568 giving Z 2. The compound
is paramagaetiewith p,= 3.31 Bohr magnetons. The refractive
indices of the crystals in v;hi-'U-e light are n = 1.6?42
Y
n, =.1.618 and .1-561 and when freshly prepared the
Crystals. are light, blue* Retigraph photographsof the zerO
layer for rotation about c and for six layers for rotation
about b were taken with Mo radiation and the intensities
Were eiRtfted visually. There were 39L~ reflections in all,
?I in the projection and 9? in the xz. As the Ni
XY
Card 1/2 atoms are fixed by the centering of the cell the Patterson
Drojections.g4ve the structum directly which vias ref ined
WE
wE

70-2-6/24
oThe.crystal st-ructure~ of niel2n.,l*trans-di-isothiocyanotetra-
ammin (Cont.)
until vely close agreement between observed and calculated
structure factors-was obtained* The reliability factors for
the hkO and,h0l,zoneswexe.(including observed zeros) 0.214 and
0.242 r s ctively. Final co-ordinates (x, y, z) were:-
Ni (0 N (0-152s 01 0-293); 0 (0.2405 09 0.462); S (0-358,
0, _D,,690;~ (O.OB3, -0-1881 Oi,8310* The ITi atom is six-
co-ord-ingted ohahpdrally.. by four ITH. groups and two INCS Groups
are a
lmost
~straighte The.distances axe Ni-W = 20 07 + 0,03, Ni-ITH- = 2.15
-+ 0.02, 11-0 = 1.20 + 0.05) C-3 = 1.61 + Cr.-04 KK. The RH_
-*groups do not.fonn 7 perfect square buT lie at 3.08 and ~.00
..,KK-, from each. other. The--molecules lie in close packed layers
parallel to the 201 planed Acknowledgments to Vj. Belova
and V.A., Koptsik. I
'here are 16 references, 6 of which are
Slav,ic.,_.8.__fiEpies_and_'3_ tables._-
ASSOCIATION: -1,40scow Stlate Universit~y im. ILVO Lomonosovae
2/2---,-: v -- -- Lon
Dos-W Universitec im M V va
onoso
R-Mvp
ibei j4"--r~1-6r-6
eso

YU ~~h )y 0~1 70-3-8/20
AUTHOR: Poray-Koshitsyng .A* Yklkhno., *-K. Antsishkin A.-S ard
Dikareva.- 1iMo, . ..... .... .... ....
TINE: The-, atomic,, crystals struCture of complex acido-amine
nickel compounds. (AtowAya straktura kristallov kompleks-
nykh sqyWiner4y. nikelya atsidoiminovogo tipa)
IBRIODICAL: 11Krjsta32o=afi,,ya.' (CrystallograEhy) 1957,
Vol.2, NOOt Pp- 371 - 381 (U-S- R.5
ABSTRACT.* "The paxposep of the investigations were to find the ca-
ordination, number. of: the, nickel atom and determine the posit-
ion of the acid. xoiduals X in compounds of the NiA X type
to determine- the general,cha-racter of the structure o~ hio-
cyanatue-amine.com-pounds (ionic salts, double molecular pom-
pounds,, complex conpoands), which fall out at different sol-
ution cloncentrat ions; to establish analogies and differences
-3m. -interatomic distances from nickel to addendium in different
compdands; to find the configuxation and orientation of thio-
groups, to detexmine the inter-atomic distancez and
the netureof.-.W..~.C and C...S bonds. N1
The investigation of the above mentioned coppounds belongs,
..as a:compound part, to the -systematic study of crystal chem-
OaTd~ 317 istry of ccmplex mickal compounds. It is of intenest both in
point of the theorj of complex compounds in general and because

70-3-8/20
The atomic, Crystals, stractaXe:.. of camDlex acido-amine nickel
compoands. (Conte)
it may well glw an explanation for the peculiar properties of
complex nickel compounds-in particular.
crystal. Ni (C IH N) whe:re ~ X - 01 Br and NCS, are not
X
isomorphous. ~&5rent$ .s of' the i~veshgations of tetragonal
crystals Ni(C re,published earlier,
5Y)4012 we
'Crystals of M(051~N)4Br2 are orthorhombic-, space group
Pna; a 15-8t b qe3t cl-=114.2 + 0.1 kX.; a 1.67 g/cm
N -4.
OrystalB-of Ni(C 2 are monoolinic; the space
5H5N)4.(NO8)
group 92/c or Cc; a - 120 b = 13,29 c 16.2 0.1 kX.,
0 120 1. 4 g/cm, ;. N 4
In both.-cases the structure investigation was carried out by
means of Patterson projections, 'weighted' (goneralised)
PatterBon projections of the: first layer lines, with subsequenb-
calculation of centrosymmetrical pivaections of electron density.
in both cases residuals Br and NO are bound directly with
nickel atoms and lie in t osition. to eaeh other.
Card 2/7 Crystal Ni(M3)1~20 Jh=sl NO and NCS, are isomorphous;
2
-space group C2/n; R 2.

70-1-9/20
The.atomic crystals atracture of conplex acido-amine niclg.~l
compoun"*-.. (Cont
In the first emound a 10-7 b - 6-85, e = 6.12 +
0.02 kX. ~W* a _- i~ the second a - 11.46
0 = la I J
bl =- -8*189 5.68~+ 0002 kX., 0 = 1()50- o - 1.55 glem-3.
The:_stxuctuxal,-~~'.of crystais:was dietermined from Patter-
son -projections andelectron-density projections. A mo.Te precise
detexmiiLation bf intex-atomic distances was achieved with the
help-of 'weishted' electxon-density projections of the first
layer line; -in thefinal sbage, electron-density sections were
used. In both compaands acid residuals NO iin:d NCS belong to
the inaer region''of the complex. - The, MoMular six-coordinated
octahedral arrangement of the addenda seems to be typical of all
nic3ml compounds-of the NJA.X typel~ in contra-distinctiau to
the similax Pd and it coml]~Ms, whose structuxe is ("-43X2
The reBuIVs of stiveture---investigatiun of crystals Ni(NCS)2
31M ' have alTaa4 been published (M.As Foray-49shits, Proc.
CaTd B/ --t 3
List. Cryatallolp. 1954., 10$~ 117)- :.,The.~ molecular -complexes
H'(VH3)~ (17CS)2 Uave the shape of. tetrahedndl pyramids with Ni
atoms In the cent- base-.:
xe of tue
Trisonal cryst 'MOCS 03M , possess considerable
a13's N'(NCS)2'
9 e grcup P3211- al= 10&2 c
so 11,13 � 0.02

70-3-8/20
The atomic crystals structure of complex acido-amine nickel
compounds.. (Cont.)
kX.; 1.495 9 M ; N The structure is deteimined wj:k
/C 3
the help of Pattemson-function projections and Harker sections
at heights 113 and 0 parallel to (MI) and also by udag electron-
density projections along the second-oxder axis. The atoms are
surrounded octahedrally by three molecules NH and three groups
INCS after the desiga a-a, b-b, a-b (edge i60r). Corai?lex
anions rNi(PH (NCS),'Vare arranged acco:cding to cubic close
LI--- 3 2J ~ ~ ~
packing, in the octbahedral~.~nterstices of which ions NH)*, surr-
4
ounded by six sulp#= atoias,.are to.befound.
Crystals Ri(RCS )2 0 21TH4110B -21TR;.H;,Oj which belong to the cubic
'systemi also possess plezoelectricityi.3.space grou 123;
a = 13.41 + 6.'02 kX.9 a = 10523-g/qm ; N = 6. gix octahedral
complex ioTis-t-ram -[N'(KE3)2(WCS)41- are arranged in all the
COMers of tba ei&t cubes with edges 1/2a, except the points
02 OS 0 and 1/22 1/29 1/2;' these two are occupied by watw
molecules,
Bi &t cathions UR +- are in the cantTes of the same cubes and
card. 4/7 a,re-surrounded octWAI~lly by sulphur atoms of the thiocyanate
group* The remaining four, ammonlum groups, together with four

70-3-8/20
The atomic c stals stractuxe of complex acido-amine nickel
eom~pounds. FCqnt.)
polarwater moleOules, form two tetrahedra around two water
molecules in the CoMeTs of the cubes 0, Ot 0 and 1/2, 1/2, 112.
Thus, all the thioey-anate-amine nickel compounds that fall
out of the solution are, complex in structure type and must be
f 013:*-Ing aormulae:
described by the
Ni (NH
Ni(NH )IL(INCS), (NCS)
3 3(NCS~)22 NH4N'(NH3 3 31
11 er-atomic nickel-addendum
We succeeded in dete3MIinimg a int
distances with sufficient p:recision only in centro-symmetrical
stractures. The distances are entered in Tatle 2, P-378,
showing that in.M(C 51~41)49;~2 and all the nickel-
addendum bonds are of-covalent character.
The Ni-S distanze in the second compound is the contact of
differ~ent molecules, v&ich completes the-nickel co-ordination
to six.
M29 RI-Br and RL-NCS distances iu.bromine- and thiocy(anate-
Pyridine cOMDlexes, equ;~Ll to 2.58 and 2.0,kX,, also correspond
to covalent Sonds.
Cud 5/7 spite--of -the isomorphIsm and
ot N(NH3)4(NCS)2

70-3-4/20
The atomic crystals structure of complex acido-amine nickel
compounds. (Cont.)
M the relation between inter-atomic metal-addendum
disUAc)#s(Ni0AYI
ite different'. I. -(n the first, case it is tlu'.
distances to four neutral substitutes that are increased; in
two acid residuals. -Somewhat
the.second, the.distances to U
shortened distances between groups NO and oxygen atoms of neigh-
bquring. molecules in Vi l9ad us to suppose the
exi st6nce~, of - weik-i-n-to-t~;m-o3:-e-oula-r-4drogen-bonds-~--The -abcaozma 1
colour of this:conpeand may be accounted for b~ -these stroLctuTe
peculiarities.
All the, comPCLAnds- containing.Res groups are isothioc~ranates.
In all cases -limear groups TICS_ lie'. on -one straight line with the
Fi-Rbond dixection.
0, 1. 15 0, 05
Group dimensions. :In-Ni(NH
.3)3(NCS)2t Ili
C 1o64 + 0.04.0 -K11 0 1012 0-05, C
1.70 + 0.04. U**~~ in. +
-.,.(NH3,)4(NCS)2F 1.20 0-059
C 8 1.61 + 0.04 kX*
Cud 6/7 .-In spite of the --Varying -distances it is obvious that the
C S longer, as compared to
bond becomes sho3:ter, and C

~he at OXIC 03?YiStals ztTUCtuX9 Of COMDICx acido-amine nidel
compounds. (Cont.)
-Methyl-isothiocyanate-- -:(N = C
0 S 1.56 kX00 Thexe is ho doubt that-, at least, in
first of these two compound.0 the 17 ... C bonj& must be
chexacterised as triple,, and the C S bond as single.
(Slightly condensed transletion).
Tphere are 5 fisuns, 3-tables and 16 references, 11 of which
are, Slavic.
ASSOCIATION: Institate of-General and'Inorganic Chemistry
im6ni~X.S. Kurnakov
(Institut ObVlphey'Heorganicheskoy Khimi
..imeni N.S. Eurnakova)
(Moskovski7 Gosudarstvennyy Universitet imeni
M.V. LDMonoso-iq) Moscow State University imeni.
M-OV. Lomonosov.
SURVITTED.- Febraary 22,- 1957-
AVAILPLE: Library of Congres-8
CaTd 71 T

IIAM P.-Ili 0A
A. ~v Ay '4eir Control
'.7eoda and T,
A 3--_,i. JOUR. , 1958, Vo- .413938
PZB:Iol., _:-70.. l2
j
AUT'H0R
no G.Ya,; YorovIyev, N.Yo.
N

Chemical- Weeding -
0111G. PUBo Agrobiologlya.1957, No-~ 2o 132-133
A B .3 T PJA CT :kt 1'=Mail'skly
Experimentnl Field (Odesskaya
.
,der industrial produetion cott-
Oblast) and ur
ditions ii, tbe-ko ':hozes and sovkhozeo of
Artsizskiy Rayon chemical weeding with 2,4-D
herbicide sharply decreased the 'Waod Choking
fields and-boosted the grain orop
An the
.
yields. A water sol. of the herbicide was
sprayed in,dosages of 0.6, 0.8 and 1.2 kg/ba
of aotive matter, --T.L. Rivkind

ACC NRI
-67 EWW/VP(t)/L?1/134P(kY ~ IJKC) JD-IBWIWB
...J. __ .. - - ~ - I
AR6033103 SOURCE CODE: UR/0137/66/000/007/GO28/GO29
AUTHOR: Golldfarb, V. M.; KoB ov, A. S. ; Yulfto, M..' M.; step n v, A. V.
TITLE: Obtaining copper, brass, and bronze rods directly from the melt 140
SOURCE: Ref. zh. Metallurgiya,'Abs'. 7G236
RE. F SOURCE: Ucho zap. Leningr. gos, ~ed. in-ta bm.. A. 1. Gertsena, v. 265,
1965, 144-150
TOPIC TAGS: molten metal, drawing, rod drawing,
ABSTRACT:- 'Labora.tory- experiments -have been carried out- for protucing rods
from copper, bronze, and brass by drawing directly from the melt.1 he process
of drawing is similar to that for aluminum alloys. The drawing equipment consists
of an induction furnace with a vacuum-tube generator and a graphite- firec lay
crucible; a protective atmosphere is recommended so as to ensure a smooth
surface and minimize both oxidatioXnd burning out the alloy components. Orig.
art. has: 2 figures and I table. Bibliography of 6 titles. [Translation of
abstract)
-S.UB CODE: I I/
card I / I nst UDC_: 669-11.04-

card 1/1

ACC NR- AR70022'28' S07URCE CODE: IJR/0275/661000/0101VO28/VO28
AUTHOR: Yezh iov, B. A.; Yukbno, N. Ya.
TITLE: High-speed electronic shielding in high po,#er high-voltage rectifiers and
electron-tube oE cillators
SOURCE: TRef. Elehtronika I Yeye prlm~~eniye, -Abs, 10V167
REF SOURCE: Aleldrotermiya. Nauchno-tekhn. sb.,- vypo 49, 1966, 17-19
TOPIC TAGS.' electronic shielding, electronic oscillator thyratron,
rectifierI 6-4~
ABSTRACT: _T 1~ s shielding device contains' seven thyratrons and is fitted wiih a
high--voltage rec Mer cutoff and.d-c load shunting. The high-voltage rectifier has
a cutoff time114 in see for,the moment of breakdown, to cutoff of current flow
through the rect.fier. The pulse of the emergency current has a maximum value of
2056 of the shorticircuit current of the anode transformer. A noninductive 0. 4-ohm
resistor conwactled to the high-voltage rectifier output is used as the emergency
current pickup. At the moment of failure, the d-c load is shunt ed by the shielding
thyratron. Mai time for the emergency current through the load is limited only by
1/2 UDC: 621. 314. 61

. il -
I- If . :, I

YUKENO,
Pr am.kIopp. 14 no.9:.ll S 060. (MM 13:9)
continuous pr
1. Predeadatell pravlenlya art0li j,,,. RDzy L70csomburg, g.Simfe-
Topoll. (MOSCOV-010thing industry)

TUKEIROS T.P. assistent
some functional changes In the IlTer lvrbermatic cbildrem. ?ad.,
~'akusbv i glu. ig no.6.*32-36 '57-- (MM 13:1)
1. Kafedriigogpitallrioyl)adiatriI (sav, - chlem-korrespondent AMU
SSSR, prof. DaMe Xhokbol) Kiyevskogo ordena Trudarogo Krasnogo Zan-
yeni meditainskogo inatituta Im, akad. A.A. Bogomolltsa (direktor
'dots. Aleksayankc).
(RIMMTIC ZSY (LrM)

YUMIO, V.P.; KARYAZINA, II.Ya.; ROGOL13 H.G..
Colibacillosis in infants. Zdravookhranen--le 5 no.3:20-24 Ptr-Je
102. (mm 16-.11)
1. Iz kafedry goopitalinoy i fakulitetskoy pediatrii (zav. -
dotsent P.S.Sosnava) Kishinevskogo meditsinskogo instituta 1
rVy wrach
resDubli-kanskoy---kl-imicheakoy- bAlni-tsy 1glay
S.S,Strungal-u).
(ESCHERICHIA COLI) (INFANTS-DISEASES)

XOPIT, 3.S.; MIKHAI=, AV.; Cmmmv~ A.?.; W, P.I... MLBLO-vi I,
TSARSKIT, S.V.; BARAUSOY K. Z.
ABArMOV, X.I. 2SCKOI-ISrATA, Zh,)I#,- JWIM71(;H, V.?7.: DV?D'-,7,
L.I.; VLASMIN, A.V.; CMAL07, L,21.; STARICIU07, T.I.;
MMLAROV, A.Ye., red.; FIURMT, Ye.L., red.izd-va; PAR-rZHINAI
17910, tokbn.red.
10" beacons; collection of articles on progressive workers in
1-unber, paper, woodworking iUaUgtTies and forestry] ffauhi maiakd;
abornik coherkov c peredovykh liudiakh lesnoi, bumazhuoi i derevo-
obrabaty.vaiusbehel promyshlemDost-I i lesnogo khoziaietva. MDek-va,
GoBlesbumi2dat, 1961. 125 p, (MIRA 15:2)
(Forestx ana forestry) (Woor3--aming lmdugtries)