SCIENTIFIC ABSTRACT SHAYEVICH, A.B. - SHAYKEVICH, I.A.

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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SHAYEVICII, A.B.
Methods for the investigation of standards used in spectrum analysis.
Zav.lab. 21 no.3:332-336 155. (HLRA 8:6)
1. Laboratoriya standartnykh obra2tSOV pri Urallskon institute cher-
nykh metallov.
(Spectrum analysis)

7,
A-.6 L
The effect of the form of the comoomd of elemento an (ha
soactro"aDIA, Mulvals of U ono M of an
21.1
e ening int S, of ni
ch ' es, and sulfates of Cc, Mn, N-Ti, of the in
sta Fe, dctd. by a modified Draltz
method (cf.
C . 43 WM),wasdifferent; the values of.S for the salts
.685 for the Hai
1.0647o.L~~ig!3t~colimnae'20884.IA.-, aud-0.61& M 0,570-
f a, lineMMIA. The cmlibrationcurve.N.Vw-wx C
most for th.,Ulft. and was greater than I Ptl.
=j5 M.. were made with solps. of the salts!'con1g. 5
% of the other free acids. nitrates contg.,MCI and
H2SO4, etc. The shift in the calibration curves! occurred
primarily in the presence at free HiSO. (up to 34% error).
Substitution of satd. C for said. filter paper gavei the same 1
mutts. To det. the effect of the spark temp, 9groups of!
solos. of Ma salts were. carried out comparing the Mn line;
294D.2 with the Fe lines 29W.9. 29M.O. and 2944.4A* '
Even with such pairs as Mn 2949,2-Fe 2MAff. with shni.:
lar Ionization potentials, 5.37 and SM, coinplete merging"
of the curves for the deta. of Ma nitrate and sulfate was not;
observed. whereas the curves of the nitrates'and the chlo-z
rides did not coincide for any of the pairs. This was W14
to the greater volatility of the chlorides. 1. B.

SHAYEVICH, A.B.; SKOBLINA, N.M.
Spectral analysis of carbon, silicon, and phosphorus in
forromanganese. Zav.lab.2-2 no.2:195-196 F'56.(mLRA 9:6)
l.Laboratoriya standartnykh obraztsov pri Urallskom inBti-
tute chernykh metallov.
(Ferromanganese--Spectra)

137-38-b-1390o
58, Nr 6, p 385 (USSR)
ranslat;on fruni: Referativnvv zhurnal, Nletallurgiya, 19D
AUTHORS: Shayevich, A.B., Kobyakova, EN., Men'shikova, Z.P.,
F Iro sT,-i-k6-~Q1,-fvf7Ye.
TIT 1, E: Spectrometric Analysis for Iron, Tin, and Zinc in the Flux of
Tin-plating Equipment (Spektral'nyy analiz flyusa ludil'nvkh
apparatov na zhelezo, olovo i tsink)
PERIODICAL: Byul. nauchno-teklin. inform. Ural'skiy ti.-i. in-t chernvkh
metallov, 1957, Nr 3, pp 169-172
ABSTRACT: A weighed portion is dissoived in HCI. The introduction of
the dissolved matter into the discharge zone is accomplished by
burning an ash-free filter paper impregnated with the solution
being analyzed. A description of the device by means of which
this incineration is performed is given. Photography is made
by the ISP-22 spectrograph with an exposure of 50 sec; spectra
are produced by an A-C arc, with a current of 6 amp. Analyt-
icat pairs of lines are: Sn 2661.25 - Zri 2756.45, Fe 2730.55 -
Zn 2756.45. The mean-square error of three determinations is
A comparative table of the results of spectrographic and A. Sh.
Card 1/1 anal.zise_ of the fl.lixc-6 is adduced.
3. Z-1n---')eter,.-dnaticn pec, -,,rap iii~_-

-H
7'
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MaW Eg 77NIMT, -4The powdared-J.
0., 957, 88 (5). fifie-M
sample mixedvith graphite axid CoO (I + 20
-is exci" in th
11 on w movinit disc
roda and: the NesSi2513-4,
4 ekxl
"Ve 2535;60 A are m LALU"
tiongraphs axe
with the co-~o
construciv&
C~
and the mtents oi (t,20%) - and Ma (6!70%)
ca with' an
determined
n'be f
error P 1% of th
TH
sample Wt. Z G. S; Smi

24M ftAU I BDOK WL0I?ATI0M 30VAT00
16aterlaly X Tsesoyuznogo saveshchanlya po spektroskopli, 1956.
t. ZIg Atounaya spaktroskoplya (Material& of the ICth All-Union
Cog on Spectroscopy, 1956. Vol 2: Atomic Spectroscopy)
zmo _vc L'yovskogo unly., 1958. 568 P. (SerleNs Its:
F%slardlkl sbornik, vyy.4(9)) 3,000 copies printed.
didditlonal Sponsoring Agency: Akadealya nauk 333R. K-Isslya po
WI:9sJctro6kOpLI
Orial Boarl: 0.3. LwWsborg, Academician, (Rasp. Ed.);
S.A. Seporent, Doctor of Physical and Mathematical Sciences;
I.L. Pabellnekly, Doctor of Pr7sical " Mathematical Sciences;
V.A. Fabrikant, Doctor of Physical &nd PLathematical Sciences;
T.Q. WorltaklY, Candidate of Technical Sciences; S.M. RaysklY,
Candidate or Physical and Technical Sciences; L.K. Kllmovskaya,
Carbdl4&tS Of "Ical " Rathematical Science$; V.3. Pallyanchuk
(Deceasiod). Doctor or Physical and Ptatbematical Sciences; A.Ye.
Glaub*rm&n. Doctor of ftysical " Mathematical Sciences;
0%, Rd.r~ S.L. (Saxerj Tech. MS.; T.V. SarLnyuk.
FURPOSR: ?Me book Is Intended for scientists and researchers in
the field of spectroscopy, as well as for technical personnel
using spectrum analysis in various industries.
COVIM03 I This volume contains 1T7 scientific and technical studies
or atomic spectrography presented at the 10th All-Union Confer-
ence an Spectroscopy In 1956. The studies were carried out by
member* or scientific and technical institutes and Include
extensive bibliographies of Soviet " other sources. The
studies cover Many Phase$ of spectroscopy: spectra of rare earth$,
electromagnetic radiation, phyalcochemical methods for controIllng
uranium production, physics and technology or gas discharge,
Optics and spectroscopy, abnormal dispersion In meral vapors,
spectroscopy and the combuatlon theory, spectrum analysis of ores
and minerals, photographic methods for quantitative spectrum
analysis Of =OWN Lnd alloys, spectral determination of the
'hydrogen content or metals by means or isotopes, tablea,and
atlases or spectral lines, apark spectrographle analysis,
statistical study of variation in the parameters of calibration
curves, determination or traces of metals, spectrum analysis in
metallurgy, themochemlstry In matallurry, and principles and
practice of spectroche=ical analysis.
Card 2/31
Materials or the 10th All-Union Conrtrence tuont.)
outerman, S.A.. and YA.D Raykhbaum. Use of Radioactive
---Indicators in 3pLrk Di.chiige Studida 25C
WItsev, N.G.. Y:;A. 1-titayna, and K.I. T ov Some
&M ilectric
Constant Phy6l 1 ahi~racterlatlcs or Con so
sparic Sampling In Spectrum Analysis 252
borl)&t, A.M., X.O. Mallt~OV, " K.I. ?Ag~OV. XfreCt Of
Tertiary Components in Spectrum Analyst- With LIeCtric
sampling 255
_V;wlch, &jL Affect of Alloy Structure on the Results 257
4- Sh!j
------ - of Cast Iron
PodmoShonskly, I.V- and O-X, LaPln&- Metal 91tetrode
troalon in a Low-voltage SP&J'A' 262
pIllmonov, L.p. Relation of the Composition of the Sample to
---'the Mission Cloud in Light Sources for 3pectr%ma Analysis 265
card 16/32

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Chabanenkt), i~erepelki!~a, 11, A.
TITLE: D~--ter:nin-.tion of t,e Ad~ixtnres in Ferroniobiu,-ri Using
~ipi-Ct7':Ll Atl~dy::IS (Orrecleleniye primesey v fe:-r~--nio"';1
A A Dm S-)~lkt ral ~ riots
1- E D C Zavo'Als!-:-y:~ Labov-ttori-Zva, 1'i',.83, Vol 2.,,, Nr 1",
1479
fiai nly an! u--ed in t e for 7 of
irun T~-.-e -3.) ctral 1-.!.P-lysis of t:te.,e -11.)ys
is r~,ticr coiq~llic:ttod ant the prei,,~,.ration of t-e- st.,,.ndard
sar-rAe is te4-!io!zq-, The u.,!alrcis if: Li-iplest when,
Out u. i1r,_7 powdere-1 and 3tarld;-,.,
,,hich c~--.n be ol~tained hy successive thinnirg of :e
'u,..-Ic sa:tple Oef 1)~ A met.--.od for sj~i-.,ctr;~.l analysis
-)i ferroniobii!m (co,-in-osition -nccor(!in~- 2735-51
(Table 1 for Alji,:~r, ;ind Cr, -!s well as Sn,Cu,
.-.,,,d ;,-n is r~rd ',,',Y, Bu.,-rin
C 0, -12 r t i c it e:1 i n t'; ~? e x; ~ r2 re:. ts G - 1 ;, e

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%nd li.c-Armce between e1 of ', M!-.i vf,rs !sod.
Th,_- ,:i1--(Ara were tz_ken r, ri a ISP -28 spectro~-,rar)h.
Eri-)r from tion-unifor-mi j)f t-,.e sample was
;I'VOided b"", the e.Aire sl-.!.,ipl(.- to 200 !,.i;~sxl
i, Fi~l 'u, r e )T~%-_ t,)t~tl error for tlie analy.-,is carried out
ui,~er tli-'3 riven con~litions is + From. a co~iparison
j. t!-
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& _-ren..-.e t-le .--nal-vtical error by two
to t:ire~, Tl!~:_-e are I fiirure- 1 t-ble, and 2
v 41 e t .2 fc2 - e i
A I T v n -"'K 11 ;-,, e ta I I ) v i "l yu c, i e v s k i y n a vo d
ln!;titi~te of Fe.-ro-os ',rtals and
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Car,! 2" 2,

PHASE I BOOK EXPLOITATION SOV/3931
Shayevi-,h, Aron Borisovich
-ing
Me'lody otsenki tochnostl spektrallnoV anal"Iza 'Methads fGr Evaluat
-he A~-c.urac;;y of Spectrum Analysisj Svez-dlolrsk, Met-allurgizda'[,-,
1-959- 54 P- 5,200 copies printed.
Reviewer- V.V. Nalimov, Candidate of Te,~hni,--al Sciences; Ed.: V,G.
Kr-',rltskly. Ed. of Publishing House: N.N. Tsymbalist; Te~~h- &i.:
Ye.D. Tur~ina.
PURPOSE: The bock Is intended for the personnel Df spectral analysia
laboratories in metallurgical and metalworking industries. It may
allso be used by personnel. of ~3he-mi:~al lab--.,ratoriles, si-.udents, and
I1,--~;hni:7.lans uaing the results of analyses.
COVERAGE; Th-~' b,~~--:)k deals wV-~h the pr3blem of a::-:--uracy in determining
-i-h,e '-.a! ~3:Dmpositlon cf Indu,-nttrial materials. The aut-hor givest
a -:~Iassification of errors cc'-urring in spectral analysis, and
des-Iribes methods for estimating errors and detecting their sources.

Me t lic-11 s f,:~ r Eva'. ua-.-' ng (C'- nt - )
S 0 V/ 3 ~93 l
He also d1s,--usses the p-rini~!ip-les ef rhe :~-rganizatir-n ar'-7-.uracy
-~ntrojl In 'lab-rat:r-les f--r ana-pys'-3. The aut-:r thanks
V.G. Korit-skly, V.V. Na!Li-v., L.N. F!2.i,,nf-n--V, YU.M. 19Lra~':Iev,
V.G. GaydukDva, R.I. A.A. and 2.F. 5i(:.,,-f-nyakov.
There are 31 re-fereniee. 29 S,-.rlet, 1 English, arli 1 -ei-man.
TABLE OF CONTENTS:
EdItor's Foreword 5
Author's Foreword 5
Ch. I. Introduction 7
1. General consideratic~ns 7
2. The required and the attainable a3cv..-f-a,~-.y ,-..f de-blerainations9
3. Sources of errors in spectral analysis 13
Ch. II. Estimating Random Err.--rs (Reprodut~'Lbllity) of Analy2is i6
1. General considerations 16
Card 2/4

&I-AY.&VICH, Aron Borisovich, red.; SKORNYAKOV, Gennadiy Provlovich, red.;
MATLYUK, R.M., takim.red.
(Papers from the Second Ural Conference on Spectroscopy]
Materialy soveshchaniia. Pod red. A.B.Shaevichs i G.P.Skorniakova.
Sverdlovsk, Gos.nauchno-tekhn.izd-vo lit-ry po chernoi i tevetnoi
metallurgii. Sverdlovskoe otd-nie, 1959. 206 P. NEU 13:2)
1. Urallskoye soveshchaniye po spektrookopil. 2nd, Sverdlovsk,
1958.
(Spectroscopy--Congresses)

Essence and field of application of the fractional exponent
method of superposed (g7nthetic) spectra. Inzh.-fiz.zhur.
no.4:115-118 AP 160. (MIRA 13:8)
1. Ural'ski7 nauchno-isaledovatellskiv institut chernykh
metallov. Sverdlovsk.
(Spectr-am analysis)

SHUBINA, S.B.; SHAYEVICH, A.B.; PROMIKOV, M.Ye.- 3~_SOV.M' Ye.p.
Simplified method for determining tin content of canned
food by means of spectrum analysis. Kons.i ov.prom. 14
no.12:30-31 D 159. WIPM 13:3)
1. Urallskiy nauchno-issladovatellskiy inqtitut rhornykh
metallov.
(Food, Canned--Analysis) (Tin--Spectra)
t
0,

2417)
TITLE: Or, the St-andards for the Determination of Impurities in
Pulverized Comul~-x Ferro-Alloys
IzvestiYa Akudemii nauk SSSII. Si:-riyn fizicheskaya, 1959,
Vol 25, ~;r 9, PP 1139 - 1140 (USSIO
A3ST-RACT: The -,nroduction of standards of ferroalloys meets with diffl-
culties because of 'heir high melting point, complicated re-
Sulation, and the reliable cletermination of their chemiical
composition, and besides considerable influence is found to be
exercised by "third" eie=ents and by the structure of the
alloys. The author does not consider it to be advisable to
use synthetic standards, for his investigation. He suggests a
"successive rarefaction" of a pulverized standard sample. The
,~~ractical investi.-ation of "successive raref act ion" rtr
carried out by issuing standards destined for 'he
aetermination of impurities in -ferrotitanium, ferroniobium,
and ferromolybdenum. The auantitative evaluation of the errcr
occurring as 'the result of the rarefaction and mixing of the
Card 1/2 comzonents is considered to be of importance. Also, the de-

On( tnp ~~ tandards for the D.-Aprm-ination of S C-11/,; 8 -2 -; -I - 5 9/57
In.,purities in Pulverized ComplE:;x Ferro-Alloys
gree of pulverization of the mixture exercises an i:~.-pcrtan?--
influence vpon the intensity of th,~ spectral lines, and ti-e
influence of "third" elements,as well as of the al-loy Struc-
ture plays an important part. In the experiments carried out
by means oi an alternating current are a dependence of the
line intenlities on the size of the particles 'FiL, 1) was
lound, and, in order to prevent this effect, a grain size ::-f
2oo mesh is su-ested as a standard. The investigation of'
DO
accuracy showed it to be necessary to use main stancards
1--avin- a comDosition and a structure which are typical of the
nature of the sample. V. V. Bugrina, Ya. M. Ka.--inskiy, N. I.
Chabanenko, 1.1. A. Perepelkina and A. G. Korovina assisted in
the experimental part of this work. There are 1 figure and
8 Soviet references.
ASSOCIATION: Urallski-y institut chernykh metallov (Ural Institute of
Ferrous Metals)
Card 2/2

BOG014OLOV, S-G.; SIT&YEVICH, A.B.
Third Ural Symposium on Spectroscopy. Opt.i 8pektr. 9
no.1:127-129 J1 160. (MIRA 13.7)
(Spectrum analysis--Congresses)

SOLOV'YEV, V.M. [deceased]; SHAT VICH, A.B.
Coordinate standards for metals and for the methods of their
analysis. Standartizataiia 24 no-10:31-34 0 16o. (KIRA 13:10)
(Metale-Standards) (Metals-Testing)

jol- c
oi
I
IF 1.
c k z
a q.
Hi
on
Sa,

B020,
AUTHORS: Shubina, S. B., Shayevich, A. B., and Basova, Ye. P.
TITLE: Spectroscopic Analysis of Ferro Alloys and Chromium for
Non-ferrous Metal Impurities
PERIODICAL: Zavodskaya laboratoriya, 1960, Vol. 26, No. 12,
pp. 1364-1366
TEXT: In the present paper the spectroscopic methods of determining lead,
tin, antimony, bismuth, arsenic, zinc, and cadmium in ferrochromium, chro-
mium, ferroniobium, ferrovanadium, and ferromolybdenum are described. De-
termination of these impurities in the relatively high-melting substances
with multiband spectra may be carried out by means of fractional distilla-
tion in the arc by means of an evaporator or by a previous chemical pre-
paration. If the impurity content is not too low, the fractional distilla-
tion from the channel of the "cup-shaped" electrode (Ref. 1) in the a.c.
are is most convO?nient. The test sample was a powder to which sulfur,
soda, and graphite were added to increase spectral sensitivity. The results
obtained by analysis on the basis of the "absolute" blackenings of the
Card 1/4

.') .1 /C)
SDectroscoDic Analysis ot' 7erro Alloys and S,/032,"6C)/I26j/012,, 009',
Chromium for Non-ferrous Metal Impurities BC2G/B056
bands were sufficiently reproducible. The standards were prepared synthe-
tically from the pulverulent sample with the lowest impurity content,
the samples with solutions of known impurity content were wetted and
dried. As the decomposition temperature and the sublimation temperature
of the oxides of impurity elements and the evaporation temperature of
the metal impurities is near the heating temperature of the sample in the
electrode channel, the conditions of entry into the arc are the same
for an element determined from samDles and standards in the case of quan-
titative evaporation. As an example, the evaporation curves of lead from a
standard sample ferroniobium and from synthetically prepared standards
are mentioned (Fig.). The initial standard solutions are SDecially
prepared for each impurity , because all of them together cannot be kept
in solution. Each solution contained 0.111fa of the impurity. The weighed
portion of 60 mg of the average sample, granulated to 150 to 200 mesh,
is introduced into a channel of a carbon electrode having a diameter of
6 mm. As a second electrode, a carbon rod with a diameter of 6 mm was
used, which was ground to the shape of a truncated cone. For excitation
of the spectrum, a Ar--2 (DG-2)genemt= with 15-16a-was used. For the deter-
mination of tin and arsenic in ferrochromium and chromium and of arsenic
Card 2/4

Spectroscopic Analysis of Ferro Alloys an~i S/G;,; 611-110261"012,110031036
Chromium for Non-ferrous Metal ImpurituieE, 3020/3-:6
in ferroniobium, elementary sulfur in a quantity of 1/10 of the volume
of the analyzed substance is added to the samples. For suppresiing the speo-
trum of the basic material in the analysis of ferrovanadium and increasing
the sensitivity in the determination of tin in these alloys, graphite
in a quantity of 0.25 - 0.50 of the volume of the analyzed substance is
introduced into the sample. The kic n-28 (ISP-28) spectrograph having a
slit width of 0.010 mm was used. The analytical bands are given in Table 1.
The analysis is carried out according to the three-standard-technique.
The reproducibility of the determinations is characterized by the mean
square error of the determination of three samples, and amounts to
6 - 12%. The limits within which the certain impurities may be detected
are given in Table 2. In one working layer, 10-15 samples may be analyzed
for all impurities by means of the method described. There are I figure,
2 tables, and 5 references: 4 Soviet and I US.
Card 5114

7 ~
Spectroscopic Analysis of Ferro Alloys and S/0 J-2/60/02 r6p/'O 12/0-- 9/0,; b
Chromium for Non-ferrous Metal Impurities B020/BO56
ASSOCIATION: Ural'skiy nauchno-issledovatellskiy institut chernykh
metallov
(Ural Scientific Research Institute for Ferrous 7,.'eilals)
Card 4/4

5/081/6 1/000/003/005/019
A 1661A. 129
AMIORS Prostakov, M. Ye., Kochergin, V. P, Shayevtch, A. B~
T The composition of the surface layers of some metals and alloys af-!-.er
passivation. in alkaline solutions of sodium chromate and bichromate
PERIODICALs Referativnyy zhurnal. Khimiya, no. 3, 1961, 290, abstract N103.
(Byul. nauchno-tekhn. inform. Ural9skiy n.-i. in-t chern. metallolf,
1959, nQ. 7, 91 - 94)
TEXT-s Spectral analysis was used to determine the Cr content in passive
films on passivated tin plate and also on passivated samples of galvanized Fe,
brass and Cu, coated with an Sn-Pb solder. Passive films on passivateed tin plate
proved to be durable in boiling water and partly durable in alkaline solutions.
Complete destruction of these films was observed in a boiling solution containing
NaCl J200 g/1) and HC1 (acid) fL g/1).
Au-,hor?s summary
[Abatracter's note- Complete translation]
Card 1/1

S/137/61/ooo/oil/115/123
Ao6o/Aioi
AUTHORS: Shayevich, A.B., Prostakov, M.Ye.
TITLE: Determining the composition of the surface layers of metals,
alloys, and electrically nonconducting substances by the method
of spectral analysis of large portions of the specimen surface
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 11, 1961, 8, abstract
ilK46. ("Byul. nauchno-tekhn. inform. Ural'skiy n.-i. In-t chern.
metallov", 1960, No 8, 108 - 110)
In order to determine the quantity of Cr deposited on the sur-
face of tin plate specimens In the shape of circular disks 70 mm diameter were
subjected to spectral analysis. A condensed spark obtained by means of a stan-
dard generator HF-3 (IG-3) (L 0.0laf. H 0.05 mh) was used as the exciting
source. The spectra obtained in the first and subsequent spark treatments of
one and tile same portion of the surface of the specimen, contain the lines of
Cr, Sn, and Fe. The intensity of these lines varies in accordance with the
variation in the concentration of the elements from "he surface to the deDth
Card 1/2

S/137/61/ooo/01 1/115/123
Determining the Zomposition of the ...... A060/A101
of the specimen, The Cr content In the surface layer constituted about 4.10-10
g/cM2. An estimate was made of the sTability of the passive films on the tin
plate in solutions of alkalis and acids as a function of variation in temperatLre
of the solutions, and the composi'lon of the surface layer of passivated spe-
cimens of galvanized Fe, of brassJ162 (L62) and of electrolytic Cu clad with
Sn-Pb solder was determined. In order to determine *he composi'= of electri-
cally nonconducting surface layers or of layers on nonconducting backings, it
is possible to use two electrodes of neutral materials, sltuated at an angle
of-450 to the surface of the specimen, and the arc is ignited between these
electrodes.
L. Vorob'yeva
(Abstracter's note: Complete translation]
Card 2/2

3/137/61/000/012/142/149
A006/A101
AUTHORS: Shayeviinh, A, B., Perepelkina, M,, A., Korovina, A, G.
rographical determination of copper and silicor. in ferro-
TIM, Spect
molybdenum
PERIODICAL; Referativrw. zhur-ial, Metallurglya, no, 12, 1961, 6, abstract 12K32
("Byul, nauchno-tekhn. inform. Urallskiy n.-i. in-t chern. metallov"
-1-112)
1960, no. 8, 11 -L
TEXT The authors developed two variants of determining C-j and Si I--.
ferro-molybdenum (1). By variant 1, powder of standard specimen I was mixed
with pure Fe203 and graphite in ratios -of I z- 2 : 3; 1 . 3 , 4, 1 : 4 - 5 and
- . The samples to be analyzed are crushed until 0.071 mm size and diluted
I : 5 6
in a 1 4 % 5 ratio - Standard, graphite eleatrodes are filled wi-th the mixtures
obtained. To perform the analysis, an RCII-28(ISP-28) quartz spectrograph Is
used with 0.015 mm slit wid-h. The analysis is made 'by the -three standard
method. in variant 2, a set of preliminarily analyzed standard samples is
employed. The analysis conditions are analogous to variant 1, only 40 second
preliminary roasting is performed additionally and the following lines are used
Card 1/2

S/t37/61/0001/012/142/149
Specyrographical determination ... A013,S/A101
for photometry: CU 2824.37 - Mo 2829.94 X and Si 2528.51 - Mo 2578.77 ~,
(without at-tenuator'j . 'The mean square error of the resilt Is atoit 4 - 5%
;relatively) 5Ls an average of 3 determinations.
k
L. Uoroblyeva
[Abstract-er's note; Complete 11-ransiation.]
Card 2/2

ZAYDELI A.N.; PILIPCHUK, B.I.; BABKO, A.K,- SHAYEVICH A.B.; DOLINSIKIY, Ye.F.
On the extablishment of standards in the methods of presenting
experimental data. Zav.lab. 27 no.10:1273-1278 161.
(MIRA 14:10)
1. Fiziko-tekhnicheskiy Institut AN SSSR (for Zaydell). 2. Vse-
soyaznyy nauchno-issledovatellski-y institut metrologii im D. I.
Mendeleyeva (for Pilipchuk,, Dolinskiy). 3. Institut obshchev i
neorganicheskoy khimii AN USSR (for Babko). 4. UrAllskiy nauchno-
issledovatellskiy institut chernykh metallov (for Sb~Wevich).
(Mathematical statistics)

3/137/62/000/004/194/201
A154/A10l
AUTHORS: S'llubina, S. B., Shayevich, A. B., Basova, Ye. P.
TITLE: (;ji~.mtitative spectrographic analysi's of ferrochrome, chromium,
ferroniobiurn, ferrovanadlum and ferromolybdenum for the content of
srnal'L admixtures of non-ferrous metals
PERIODICAL: RefFerativnyy zhurnal, Metallurgiya, no. 4, 1962, 6, abstract 4K31
("Nekotor. vopr. emission. I molekulyani. 8pektroskopii", Krasno-
yarsk, 10,60, F-2-90)
TEX7: An SO mg test batch is introduced Into the channel of a carbon
electrode 6 mm in diameter; a 6 mm conical carbon rod is u5ed as a second
electrode. Test satiiple is heated and a spectrum is excited by aAl--r_ (DG-2)
generator (I - 15 - 16 amp). When Sn and As admixtures are being determined in
Fe-Cr and Cr. or when As is determined in Fe-Nb, test samples are supplemented
with S. In an amount of 0.119 of the volume of the analyzed substance. The
analysis Is carried-out -with the aid of NCF1 -28 (ISP-28) spectrograph whose
slit has a wid'h of 0.010 mm. Test samples are analyzed by the three-standards
method. The reproducibility of the determinations Is characterized by a mean
Card 1/2

S/137/62/Wo/004/194/201
rejantLtatlve spectrographle analysis ... A151VA101
square error equal to 6 - 1-4 of the relative ones. One laboratory assistant can
analyze, for all admixtures, 10 - 15 test samples per shift.
L. Voroblyeva
[Abstracter's note: Complete translation]
Card 212

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IeK -zos k. e voz)r. 12, -,962, 163,
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effect 0, ace jayers 4 -
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11 Zeia, - , 0 vi ng- e.1 11rinate
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os
'0'r

DTJBROV, N.F.j GORLACH, I.A.; PRIVALOV, S.S.; SHAYEVICH, A.B.; SFUBINA, S,B.
At the Urals Rprzearch Institute of Ferro-s Metals. Stall 22
no.9:312, 854 S 162. OmaRA 15:11)
(Ural Mountain regio-n-Metallurgical research)

- -SHWEVICH., A.B., kand.teL-hr.nalak
Interfactory 3chool for the exchan.ge of experience of
jpoctral analy:;is 11-tboratories. Za-v.lab. 21~1' no.6-756-757
t62. (MIJILA 15: 5)
1. Rukavoditell ,'iezlizavodskoy shkoly po obraenu opytom raboty
laboratori-y spelftralllnogo analiza.
(Spectrum analy3is)

SHAYMCH,, A. B.
Regulating some basic terms used in measurements. Izm. tekh.
no.10:1-3 0 162. (MIRA 15:10)
(Mensuration-Terminology)

SgAyiwicii, A.B.; SilTiBINA, S~B.
Poss-bili-Y OP controlling liqui ca-A ~r= wi`011't
I - u - d W.
sampling. Za-;.'-,ib. 28 no.4*447-44~) 7P. \ ME. U,. 15 -. 5 )
1. Urallskiy nauchno-i3sledovatcllokiy imtitut chernyldi
metallov.
(Cast 4-ron-Spectra)

S I TZ: V 1: 1, 311 ., A ~ iz, ,
Work E.:-:,erienc~- of the Central Branch I-aboratory of Spectral
I.Inalyoii5. Zav.lab,, 28 no.7~888-889 162 Irl-,6)
1. Nachallnik laboratoril Ural"skogo nauchno-issledovatel'skogo
I L
1, stitutu chernyldi met~:dluv.
(6pectrwri analysis) (Testing laboratories)

SHUBINA, S.B.; SHAYEVICH, A.B.; KILINA, S.I.; PFLINIKOV, S.I.; BAZANOVA, L.A.
Rapid determination of oxygen in metals by spectral analysis.
Zav.lab. 28 no.9:942-943 '62. (14IRA 15:11)
1. Urallskiy naiichno-issledovatel'skiy institut chernykh metallov.
(Metals--Oxygen content) (Spectrum analysis)

PHASE I BOOK EXPLOITATION sov/6181
Urallskoye soveshchanlye po spektrookopii. 3d, Sverdlovsk, 1960.
Materialy (Materials of the Third Ural Conference on Spectros-
copy) Sverdlovsk, Metallurgl7dat, 1962. 197 p. Errata slip
inserted. 3000 coples.printed.
Sponsoring Agencies: InstItut fIzIkI metallov Akademli nauk SSSR.
Komisaiya po spektroakopii; and Ural'skiy dom tekhniki VSNTO.
Eds. (Title page): G. P. Skornyakov, A. B. Shayevich, and S. G.
Bogomolov; Ed.: Gennadiy Pavlovich Skornyakov; Ed. of Publish-
Ing House: M. L. Kryzhova; Tech. Ed.: N. T. Mallkova.
PURPOSE; The book, a collection of articles, is intended for staff
members of spectral analysis laboratories in Industry and scien-
tific research organizations, as well as for students of related
disciplines and for technologists utilizing analytical results.
COVERAGE: The collection presents theoretical and practical prob-
lems of the application of atomic and molecular spectral analy-
sis in controlling the chemical composition of various materials
in ferrous and ncnfe:-rous metallurgy, geology, chemical indus-
try, and medicine. The authors express their thanks to 0. V.
Chentsova for help in preparing the materials for the press.
References follow the individual articles.

Materials of the Third Ural Conference (Cont.) SOV/6181
Fishman, 1. 3. Remarks on a system of standards for
analysis of complex alloys 73
Shiryayeva, N. 'Ye,,, Tu. I. Mallkov, and R. A. Kozlova.
Photoelectric-sty.Lometer analysis of vanadium cast irons 76
Basova, Ye., P,, A, B., Shayevich, and S. B. Shubina. Spectro-
graphic deteriff-n-a-H-onor-lia-rmful non-ferrous metal impurities
in raw material intende'd for production of metallic chromium 77
Sorokina. N. N. Spectral determination of cerium,
lanthanum, and barium in steel, 8o
qh~ayevicft, A. B., and N. D. Startseva. Spectral determination
X'__ -
01 vana.dillm, manganese, silicon, and chromium In ferro-
vanadium 86
Gutkina, H, 1- Chemical-spectral method of analysis of high-
purity nic~e:el 88
Card 7/15

..SEA:aVICH, A.B.; MUBINA S.B.
- -1 -1--- - -- I
Problem of standardization during spectral analysis. Zav.lab. 29
no.4:429-431 163. (MIRA 16:5)
1. Urkllskiy nauchno-issledovatellskiy institut chernykh metallov.
(Spectrum analysis-Standards)

BASOVA, Ye.P.; ZHOROVA, N.I.; SHAYEVICHJ A.B.; sjfUBINA, S.B.
Spectrovaphic determination of nonferrous metal impurities
in raw materials used in the manufacture of ferroalloys and
heat-resistant alloys. Zav. lab. 28 no.9'-l(Y75-1076 '62.
(MIRA 16:6)
1. Uraigskiy nauchno-issledovatellskiy institut chernykh metalla7.
(Alloys) (Nonferrous metals-Spectra)

SHUBINA, S.B.;-SHAYEVICH, A.B.; DEMEENTIYEVA, V.G.
------
Determination of hydrogen in steels by spectral analysis. Zav.lab.
29 no.5:552-555 163. (KRA 16:5)
1. Urallskiy nauchno-issledovatellskiy institut chernykh metallov.
(Steel--Hydrogen content) (Spectrum analysis)

-,S-*UYE'VICI,, A.E.; SGLOVIYEV, VJI. T6P.~IIGV, L.I.
i,r-'Lnc--', pies of tho ef fectivo arial-y--. ipal cccnl~rol in imaustry. Zav.
lab. 29 no.8:1019-1022 ' -1',3. (MI.EA 1r"':0/)
1. Ura-l'skiy nauchno-iooledovatellskiy institut charnyldi metallov
i Zal)o.,-oziiakj.y zavod ferrosplavcv.
(Testing laboratorlics) (Me tall urgy- (~uali ty control)

B0G(-jMO1,OV, S.G.; GUNINA, R.I.; SHAYEVICH, A.B.
Ural Conference on 3pectroscopy. Div. lab. 29 n r-.. 11 : 14", - ~,-,I*~,, iI ~:, 'I .
(MIR-A 1~i:12)

S~.AYPVIGIII, -la-on Borisovich; OZEREISKAYA, A,L., red.izd-va; OiOVINA,
-- ' T.A.',-tia-M. rod-.---
[Methods for determining the accuracy of spectrum analysis]
Metody otsenki tochnosti spektrallnogo analiza. Izd.2., ispr.
i dop. Moskva, Metallurgizdaty 1964. 70 p. (MIRA 17.3)

IT
S'l,ly
~w, :-rc-flrn rk~;,ui red fcr- f~,e nt ro-ducti on of
sp,ic tr a I i s T.-. I 7A -. r 1 a b'3, Dno . 4 - 3 87- -388
1,-) 41 7MIRA. 17:4)
1. Nachallnik bazovcv laboratortil Srerlne-ljril'sko~,o soveta
narodrio~,,o k'r,.ozyaystt.,a.

d z 5
(T, r -

.-." - r :? . -. , r - . !; -, 7 1 ': r: ~ -., ~ - T, r 'I ~- rt'- t~ . .. - f
I ... , - - . C, -- r, " * , - , I
, ~ ; - ~ ~ I- , -I-, n, ~ - ;2,~ :: I , , ~
7:~ 1 - - ;'7 ~-,, ", -, 1 %, - i - - I )
-, ~ C~ -, :
I, .- - , -- - . - I

10-
SDectro=ajD.:lc a e7Ge=,...,-i-aLion of ic'el and CG~Taer
ar.ct of oxygen Ln copper. Zrav. lab. -110 no.l,L:1343-1340' 64
1. Uralls',-iy chernykh
rlet!-dlov.

17.*~:07A, D. L. T. S!7.~, -,;'I C
Y, j: , A. B. D IL
Spectral analysis of op~-n-heartlh slags by _--thc.14 of co-4, -
tlolal integral graphics. Zav. lrb. 30 no.11:1346-wl-348 164
(,'-LIl;LA 18:1)
1. U--allskiy nl~uL.-~inci-issl-~-.dov--tellski-Y instiLut cl,ernA:h
:-tallov _3 ZaLoroz'-skiv zav,)d ferrosnlavcv.

SHAYEVICH, Aron Borisovich; SHUBINA, Sof Iya fjo.-isovna
[Industrial methods of spectrum analysis] ProrrjsYdennye
metody spekti-allnogo analiza. Moskva, Metallurgiia, 1965.
223 P. (MIRA 18:2)

SHAYFVICH,, AJ1,; trIELINIKOV, DANIUVSKAYA, V.V.
Possil,Llity of' controlling the carbon content of carbureted iron
melts by optical spectroscopy without sampling. Zav. lab. 11 no.2.1
169-172 165~ NIRA 18:7)
1. Ural'Skiy nauchnc~issledovatell-skiy institut chernykh metallov.

T___ 12137-66
ACC NR: AP6000032 SOURCE CODE: UR/0115/65/2DO/010/0031/0034
AUTHOR: Shayevich, A. B.
ORG: None
TITLE: Metrological aspects of industrial analytical control
SOURCE: lzmeritel'naya tekhnika, no. 10, 1965, 31-34
J(71-,cAl 77 F1 C
TOPIC TAGS: analytic chemistry, metrology, quality control,
ABSTRACT: The analysis of the chemical composition of substances remains a com-
plex process consisting of many different operations which are often difficult to
control. The chief causes of the limitations of analytical procedures are dis-
cussed. In this connection, the author examines from a general point of view such
problems as the*substantiation of the required accuracy of analyses and the degree
of correspondence betweefi this parameter and the potentialities of analytica
1
methods, considers ways of maintaining a metrological unity. in measurements
composition, and discusses the standardization of analytical methods. A-treatment~
of this type is important both in general and also in connection with the auto-
mation of industrial analytical control. Orig. art. has: 8 formulas.
SIQB CODE: 07, 14 / SUEH DATE: none / ORIG REF: 006
Cara
--- --- 1/1 ___UDC,:___389.0:543.08

WRAY17, A.T.; SDEMOT, P.L.; BLRYZ, N.G.; BULAVA, V.P.; VMIMIN, V.A.:
GCWBW, B.S.; DYSHKAY, B.M..- KAMIN, B.S.; KAYEIKOV, G.I., KUGMI,
N.V.; MASHATIN, V.I.; RAGUSKAYA, L.F.; RUBINSETNO, S.M.; SBTRANOV,
A.B.; TARASOV, L.A.; YNDOROVA, A.A.; F3DOROV, L.N.; TSAPKIN, M.F.;
SHAYHVICH, A.G.; VASIL'YlVA, I.A., red. izd-va; TDCUNOV, A.Ta.,
takhn. red.
EZIL-158 and ZIL-15aA motorbuses; instructions for operation] Avtobusy
ZIL-158 i ZIL-158A; instruktaiia po ekspluatataii. Moskva, Goo.
na-uchno-teldm. izd-vo mashinostroit. lit-ry, 1958. 193 P
(MiU 1W)
1. Moskovskiy av-tomobillnyy zavod.
(Motorbuses)

AIWAITD, G.B.; VYAZfKIN, V.A.; GRINSHT,7YU, L.M.; GOLIDBERG, G.I.; GOLUBEV,
B.S.; KASHLAKOV, M.V.: KILISHOPEWSU, M.P.: K-UZIP-,TSOV, S.I.;
19.1RAM, A.V.; KAYUKOV, G.I.; MAS11ATIN, V.I.; MOLOTILOV, 7.1.;
NERUSH, A.R.; PRALI, G.I.; RAGUSKAYA, L.F.; RUBINSHTEYN, S.M.;
SEVICHIaOV, P.L.; TAqASOV, L.A.; FEDOROVA, A.A.; TSHPKIN, M.F.;
--SHAY.EVICH' A.G.: ZARIJBIN, A.G., otv.red.; VASIL'YEVA, I.A., red.
izd-va; SOKOLOVA, T.F., tekhn.red.
EZIL-157 motortruck; operation and service] Avtomobil' ZIL-157;
instnilctsiia po ekspluatatsit. Gos.nauchno-tekhn.izd-vo mashino-
stroit.lit-ry, 1958. 235 P. (MIRA 11:12)
1. Moskovskiy avtomc~bil`nyy zavod.
(Rotortrucks)

M 111 IN-, M.L., kand.tekhn.nauk-; IM-al'IJITSKIY, E-Ye.; SHATEVICH, A.G.; URAVAYEV,
Y.I6
New radiators for the ZIL motor vehicles. Avt.prom. no.9:10-14
S 160. (MIRA 13:9)
1. Gosudarstvennyy soyuznyy ordena Trudovogo Krasnogo Znameni nauchno-
issledovatel'skiy avtomobillnyy avtomotorny7 institat i Moskovskiy
avtozavod imeni Likhacheva.
(Motor vehicles--Radiators)

14INKIN, M.L., kand.tekhn.nauk; HYDIINITSHY, E.Ye.; SHAYEVICH9 A.G.~ KARAVAYEEV,
B.I.; PAPIN9 A.A.
Increasing the effectivnes-c of cooling systems for aut-cmobile
30; engines. Avt. prom. no.2:10-13 F T61. (MIRA J-4:3)
,1' 1. Gosudarstvennyy soyuznyy ordena Trudovogo Krasnogo Znameni-n~uehno-
issledovatelsbkiy avtomobillnyy i avtomotornyy institut i Moskovskiy
A# avtozavod imeni Likhacheva. I
(Automobiles--Ergines--Cooling)
-

SOV/97-58-10-14/17
AUTHORS: Shayevich A Z and Gorin, G.I. (Eagineers)
it~~ 0
TITLE: -9-Erengt~ of Frozen concrete (0 prochnosti betona v
zamorozhennom sostoyanii)
PERIODICAL: Be-ton i zhelezobeton, 1958, Nr 10, P 396 (USSR)
ABSTRACT: The authors carried out investlgations or, concrete cubes
subjected to frost for a duration of 3 - 4 days, witti
the object of clarifying the conditions of increase of
strength in relation to temperature of the surrounding
air and the type of concrete, and especially to det-erminG
the minimal temperature below zero a'. which it is
admissible to test precast rei.-afor--ad concrete
constructions in the open air. This is of great
J Cto:r.4 a SVh_J ch do not have heated
.mportance for those fa L -
premises with stands for testin.g r~-.inforced concret-e
cons tructions during the wint-e-_-. Der-tails of Via
carried out as well as the results gi-,Ten in a
figure showing the increase of str~~n~17t,_ of t*,.e
in relation tc tempera tu--ne of 't'i, s-_*'_,round_ing ai:?. The
tests showed that freezing of c,-_)ncr.3te immediately aftel!
curing appears to have no harm-:'u-1 effects. The conc:-ete
cubes tested in warm conditions conzinued to oc-ain
t1ard 1/2 strength, but not those subje3t.ed 41;-, f_ros--4-. Tnis can

_lL
Strength of Frozen Concrete SOV197-58-I'D 1/17
be explained by the fact that a-fter caring a relatively
small amount of free water remains in the concrete,
which interrupts the hardening process. In conclujion,
the results showed that it' is pos3ible to test
reinforced concrete cons Liuel-tiorks 1,ihon the tempo*_-_,.!-,a_-,:~
of the surrounding air is not !owe-.,, than -4 OC.
There is I figure.
Card 2/2

BUTKEVICH, A., kand.takhn.nauk; :~~AMVICH, Ya... inzh.
Stargazer (on the occasion of' !U.V.Kondratiuk's 60th birthday).
Av.i kosm. 45 no.8:30-31 '62. MRA 15:8)
(Kondratiuk, IUrii Vasillevich, 1900-)

" 1. ~ " - . , .-I ~ ftI -e-~- soi13 in Novosibirsk.
ri (;~ LnItial .,r . urell for sagging -
4 -, -j --,I -kh. grun. 7 nc . ' : -;Cj 165.
.. ..9 f,-:, - -; me 1. 1
OMERA 18:8)

SHAYr,VIGH, Ya.Ye* (Novosibirsk)
Compacting settling soils with heavy tampers. Osn., fund. i mekh. grun.
5 no.2:28-29 163. (MIRA 16:3)
(Soil stabilization)

KMKINJ SJ"'. OVAMSOV5 G.P~; Z01k)YEV, T,M,~ STAYEVSKIY. Yu.I.
y I
Oil recovery from a nonuniform stratum. Geol. nefti i gaza
5 no.32,-23-30 D 261. (MA 14:11)
1. Bashkirskly -ovnarkhoz.
(Bashkiria--Oil reservoir engineering)

USEIKOP V.F.; SHAYEVSKIY, YU.I.; PORTNOV, V.I.
Analysis of temperature measurements along the bor-3 of wells
operating below saturation pressure. Nefteprom. delo no.2:
21-25 163 (!-IIP-,A W :7 )
1. Neftepromyolovoye upravleniye "'AksakovneftO-' 1".

AKOFYAN, S.O.; BAZF:V, N.S.; DEMINA, A.V.; SHAYINSKIY, Yu.I.; YUFEROV, Yu.K.
Development of the layer D in the ShkaDovo oil field.
Nefteprom. delo no.6:3-8 163- (MIRA 16:10)
1. Neftepererabatyvayushcheye upravleniye "Aksakovneft'.11
(Shkapovo region-Petroleum production)

,SHAYLVSKIY, Yu.I.; USENKO, V.F..-. P0,FTNOV, V.I.
Results of investigating wells of the Shkapovo oil field
at pressures below the saturation pressure. Nefteprom. delo,
no.4:3-7 164. (MIRA 17:6) .,
1. Neft4promysiovoye upravleniye "Aksa-kovneft"' i Ufimskiy .
neftyanoy nauchno-issledovatellskiy institut.

I . , , .., .. . I.. . .. I." : -'
.I , r. ~
:, - ( ; ! . v - - . - . - : k !.. . . - I. r! :~ . : 1. 1 . " : , '. , I; . ~ I . ;1. i ;~ I I .
. ~j , . . . . .

SHAYIN, A,,A,
Gnae of late metastasis of cancer of the breast. Vo oak. 6 no.3t
82-83 Mr 160. fhRA 14:2)
(BREASTS-CANCER) (ABDOMI-CANCER)

:'H~`%YKEVICII, :'.. ~...
Voprosi Kachestva Promyshlennovo Osveshcheniya (Questions of Quality of
industrial Lighting), Moscow-Leningrady 1948.

1. S'; A Y -11 ~ 71 E.~ . 3 .
2. (60,J)
L. L,~ilor . 7- - '--c
Y . ~'L :-'.Cti~:'C ~D-: ~:i -:~'t- L:.d 1--'bur prodi-ctiviTy under coz,,di Df
lz~. 'I.ti,i- . -- -,v . ' m ' 3"E? . Ser . fi-z. 1" ~;~o . 6- , 1 " 1 .
I A- D ;1 --.)
9. Mon'~hlv List of Russian Accessions, Library of Congress, January 1953, Unclassified.

1. Leningradakiy inatitut okhrany t
Soveta profegsionallnykh soyuzov.
(Fluorescent
Sretatekhnika 2 no-3:
(Iff.RA 9:8)
TSentrallnogo

GLAGOLEVA, Tattyana Aleksandrov-na; KANAVETS-YAKOVUVk, Ol'ga Lukinichna;
POLLAK, Sergey Vladimirovich; SOKOLOV, Mikhail Vasillyevich, Drof.;
SHAYKEVICH, Aleksandr Semenovich; ASHKENAZI, "2.I., red.:
LARIONOV, G.Ye., tekhn.red.
[Lighting for construction and assembly work
power stations] Osveshchenie stroitellnykh
pri sooruzhenii pidroelektrostantsii. Pod r
Moskva, Gos.energ.izd-vo, 1957. 142 p.
(Building) (Lighting
t hydroelectric
montazhnykh rabot
.. M.V.Sokolova.
(MIRA 11:1)

SHATKKVIGH, A.S., kandidat tekhnicheBkikh nauk.
Problems in the discussion of glare in fluore3cent lighting. Svet 3-
tekhnika 3 no.2:-22-24 F 157. (MLRA 10:3
1. Leningradski7 institut okhrany truda Vseso7uznogo TSentrallnogo
soveta professi-onallnykh soyuzov.
(Fluorescent lighting)

DANTSIG, N.M., profeaeor.;GLAGOLEVA, T.A., kandidat %Ahnicheskikh nauk.;KROLI.
TS. I., kandidat tekhnichaskiM nauk.;SHAYKBV*.*(;H, A.$., kandidat
tekhnicheskikh nauk.
New projected norms for artificial lighting. I;vetotekhnika 3 n0-5:15-17
97 157. (MLRA 10:5)
(Lighting-Standards)

I I
SHAYKEVICH, A.S., kand.tekhn.nauk.
-. -
Methods of working out lighting norms for Dl--:--ts of the different
branches of industry. Svetotekhnika 3 no.10.28-30 0 '57.
(MIRA 10:10)
1. Leningradskiy institut okhrany truds Veescy-uznogo tsentrallnogo
saveta profsoyuzov. (Lighting--Tables, c 0pleulations, etc.)

SRAYKIIVICH, A.S., kand. tekhn. nail 0
r
Classification of visual work. Svetotekhnilc-t 4 no-5:13-20 M7 '58.
(KIRL 11:5)
1. Leningradskiy institut okhrany truda Vse,ioywnogo tsentrallnogo
soveta profsoyuzov.
(Sight) (Lighting)

BELIKIND, L.D.; KNORRING. G.14.; LEVITIII, I Yo.; MMSIKOV. V
SOKOLOV, M.Y.; TIKHODMV. P.M.; SE1AYi3',VIGH,
Ananlevieb Trukhanov; on the
y of his birth. Svetotekhnik-a

TIKHODEYEV, P.M.; FEDOROV, B.F.; VOLOTSKOY,11.V.; TEI.YATIYEV, V.V.; ZILIBER, D.A.;
SAFOZHNIKOV, R.A.;__~J~YKEVICH, A.S.; FITORTING, G.M.; SEREBRYAKOV, V.M.;
IIADIO14OV, M.S.; LEVIT, G.O.
Professor Viachaslav Vasillevich Novikov; on his 70th birthday.
Svetotekhnika 5 no.2:30 F '59. (MIRA 12:1)
(Novikov, Viacheslav Vasillevich, 1888-)
10 '.

SHAMNICII, A.S., kand.tnkhn.nauk
- -------
Widaning the area of prcblems regulated by norms of industrial
lighting. Svntotekhnika 5 no.5:8-12 MY 159. (141RA 12:7)
1. Laningradskiy Inatitut okbrany tnida Vsesoyuznogo teentral'nogo
soveta profsoyuzov.
(Lighting)

AYE FV I kzincd . t~ k ri , n.,,u'~
ON
;c,~rnin- ',,c of n, ,. eui ~iun r-A
,13ctric lirht 'vetoter-Y,ni '~a no 2~~-26 Ja
1. LeninFradskiy inistitut okhrany truda ','~~es,:~yuzno--O tsentral,-Ioi-o
soveta t)rofpssionaI',iykY sovuzov.
(Electric li0-.tin:,--St---ndards)

GUREVICH, irzh.; SHAYIZi'vicil, A.S. , kand.tekhn,liauk-
Vj-'-sibility of voi-ametric components =Aer difilerent 1--g-ht-ing
conditions. Svetoteklinika 8 no.2:10-17 F 162. WIDU 15:1)
1. Leningradskiy institut o1chrany truda Vsesoyuznogo tsentrall-
noge soveta professionallnykh soyuzov.
(Visibility)
(Electric lightingY -

I
L'11--',YF-FVICH,, Alel-s--ndr Semenovich; ETIORRING, GJ'-, kna.d teklin. nauk,
R.A.) dol:tor tekhn. nauk, prof.,
nauchnyy red.; SC-BOLEVA, Ye.M., tekhn.red.
[Quality of industrial electric lighting systems and methods
for their improvement]Kachestvo, promyshlennogo, osveshcheniia
i puti ego povyshenlia. Moskva, Gosenergoizdat, 295 P.
(MIRA 15:11)
(Electric lighting) (Induntrial plants-Lighting)

red.; VOLKOV, Yu.N., red.;
IGNATOK, A. I. , red. ; �4TP~T[
ELITERMANY Ye.M.P red.; PERLOVA, S.A., red.; NIKOLAYEV, N.A.,--
red.; ERENBURG, G.S., red.; BUTKOVSKAYA, Z.M., red.;
CHERNILOVSKAYA, F.M.., red.; YANKOVSKIY, V.F., red.;MALYGIN,
O.P.P red.; BOGOMOLoOV, I.G., red.; KOZLOV, A.A., red.; SMI.RNOV,I.I.,,
inzh,;red.; ROGOV, B.A., red.; PETRUKHOVA, G.N., red. izd-va;
DEMKINA, N.F., tekhn. red.
(Safety and industrial sanitation regulations for making boilers
and metal constructions]Pravila tekhniki bezopasnosti i proiz-
vodstvennoi sanitarii pri proizvodstve kotellnykh rabot i metallo-
konstrukt5ii. Utverzhdeny 29 avgusta 1961 goda. Moskva, Mashgiz,
1962. 28 p. (MIRA 15:12)
1. Profsoyuz rabochikh mashinostroyeniya SSSR. 2. Glavnyy tekh-
nicheskiy inspektor TSentrallnogo komiteta profsoyuza rabochikh
mashinostroyeniya (for Ignato1r). 3. Starshiye nauchnyye sotrud-
niki Leningradskogo instituta okhrany truda Vsesoyuznogo tsentrall-
nogo soveta prof soyuzov (for Zhaykevich, Volkov, El I terman, Perlova).
4. Nachallnik otdela Vsesoyuznogo proyektno-tekhnologicheskogo in-
stituta tyazhelogo mashinostroyeniya (for Nikolayev). 5. Starshiye
nauchnyye sotrudniki Leningradskogo instituta gigiyeny truda i
profzabolevaniy (for Erenburg, Butkovskaya, Chermilovskaya).
(Continued on neit card)

TIKHODEYEV, Pavel Mile-haylovich., prof., doktor tekhn.nauk; SHHKEVIGH, A.S.,
red.; SOBOLEVA, Ye.M., tekhn.red.
[Measurement of light in lighting engineering; photometry]
Svetovye izmereniia v svetotekhnike; fotometriia. Izd.2.,
perer. Mosk7a, Gosenergoizdat, 1962. 463 p.
(MIRA 15:12)
(Photometry) (Lighting)

TIKHODEYEV, P.M., doktor tekhn.nauk, prof.; -4H&YUAIa4-A-S -,, kand.
tekhn.nauk
Problems concerning the future development of industrial
electrical lighting norms. Svetotekhnika 8 no.12:17-23 D 162.
(NIRA 16s1)
1. Leningradskiy institut okhrany truda Vaesoyuznogo
tsentralinogo sovets, professionallnykh soyuznov.
(Electric lighting-Standards)

KNORRING, G.M.p kand.tekhn.nauk; SRAYKEVICH, A.S., Icand.tekhn.nauk
Concerning electric lighting norms for different industries,
Svetotekhnika 8 no.12:22-23 D 162. (MIRA 16:1)
(Electric lighting-Standards)

VOLUTJKLY, 'Y Vif:"i;
k
S.A.

SHAYKKVICH, F.
Simplify thn computing of wages. Sote.trud no.12:129 1) '58.
(MRA 13:4)
1. Ilachallnik laboratorii organizataii proizvodstva i truda
zavoda im.Il'ieba.
(Wages--Accounting)

OZEROV, K.; LAUCn."EIVICH, F.
Work ,-ractice of the labor norms research laboratory in the
!-.1ich ':etallurgical Plant in Zhdanov. Biul. nauch. inform.;
trud i zar. plata 4 no.7:46-50 161. (MIRA 14:8)
(Zhdanov (Stalino Province)--Steel industry-Production
standards)

PASHKOV, Petr Osinovich. prnf., doktor tekhn.nauk; SHURAYLOV, S.S.,
kand.tekhn.nauk. nauchnvy red.; SHA7MICH,--j-,A., red.;
KONTOROVICH, -A.I., tekhn.red.
[Metal fracture] Razryv metallov. Leningrad, Gos.soiuznoe
izd-vo sudostroit.promyshl., 1960. 242 p.
(MIRA 14:3)
(M-etals-Fatigue)

f I
e t od I 1 11 t v It t, v t ki Fratonel formulae
I? I OD I CA L. ()t)L I kii i i% tio kio i
IT XT f t"11 4, 13 kl tite .1 i I
t I I r eIboll t t hp fj 11 Fri- il ct :i, s L11v a 11d
c onip c) it e n t sn I- the (,I I. I I- Ic v I, c 1 1, ; I #-*I II vc t I'd L i ght -Wi) I, V
De ta i I ed exper i men ta I arld Lheol-c, t i ca I I, \ant i na i, i ori o C tfict I. rv~stt, I
f'o rmtj I a P Fo r I i g
, h t re- 1* 1 ec t ed froin g.l ;j:s s ;I t1d late ta I s lead I It#-
P r e s (-- it tau thot's ( n t l1w. ct'lic III--; I or ( fin t i it f- F r- 4. *4 11 f- I. Forsilk) Iae 41(, 1 Tj
f,ac t f -
"T i v v tile 1h-.-;c t- i r) I i oll it If It!, 111 4- t- i ait wt gr eon r - e
r 0 v I (I e (I Iile phasi, i fit( ~s-llrvff iIv ",-j ii t) i,,: (- v I, i - I ook i itjg a ~ri 01
I, I, r I v c I ,- (I T-,-) v it ~'I I I e i ~ 4, 1P C I- e (I Iva v e I s L 11 e r) t,o I 11) A 1 t a I Pat I f
ilicident Wave ill phas I- Ack rictie I t,,l tratett t s it re express ed t o
A~ A. Shishlovski v fo r- (I v i c e atid i n t. e r- e- I . Thert, arp t I %ritrr,~z
and 12 rer'evence-,; ; 1l :tri(f I vion-Snviet-hictc. Th P
Eng I i. s It - I I riv:tiage r- e Fe r ei-c e read ~z a -; fol I ows : lip 1'. 1 2 - Hf-z, I t i e
Card 1/2

p h a -,; f- f ( ~ I , I I I k ~ 11 - I I I I ~ t f , f t I , , . . I li, 1/0 1 1 1 '-'
i, . . . - I -
~. ( I - -, i :
G. K. T. Conn. Phil. Mag., 46, -'-'2;c!, 1 1) 5) '~ .
S U BM [TTE, 1) March ~) 11)00
Cnrd 212

BUTENIN, Nikolay Vasillyevich; PONYRKO, S.A., nauchnyy red.;
MERKINy D.R.j doktor fiz.-matem.nauk, retsenzent; TROITSKIY,
V.A.j kand.fiz.-matem.nauk; retsenzent; SHATKEVICH,, I..A.)
red.; TSAL, R.K., tekhn.red. -
[Fundamentals of the theory of nonlinear vibrations] Elementy
teorii nelineinykh kolebanii. Ioningradt Sudpromgiz., 1962.
193 P. WMA 15:5)
(Vibration)

VOLODIN, Boris Grigorlyevich; GAVIN, Mikhail Pavlovich; DINEA, Isay
Yakovlevich; KOMROV, Lazar' Borisovich; SVESHNIKOV, Aram
Arutyunovich, doktor tekhn. nauk, prof.; STAROBIN, KaIngn
Berkovicl_; GE-MUAG, R.I., kand.tekhn.nauk, retsenzent;
CHEREDNICF-OKO, N.Ya., kand. tekhn.nauk, retsenzent;,2i99Yj"H
I.A., red.; KONTOROVICH, A.I., tekhn.red.
(r',anual for engineers on the solving of problems in probability
theory; collection of basic formulas, typical solutions, and
problems for exercises) Rukovodstvo dlia inzhenerov po resheniiu
zadach teorii veroiatnostei; sbornik osnonVkh formul, tipovykh
reshenii i zadach dlia uprazhnenii. [By] B.G.Volodin i dr. Le-
ningrad, S--id romgiz, 1962. 422 p. (MIHA 15:7)
Mobabilities)

GORBANI, N.Ya,-, SHAYKEVICH, I.A.
Optical properties of Ni-Cu alloys In the visible spectral region.
Opt. i spektr, 19 no.1:133-1115 Jl 165. (MIRA 18:8)

ACCESSION NR: AR3010526 S/0058/63/000/009/DO67/DO67
SOURCE: RZh. Fizika, Abs. 9D489
AUTHORS: Gorban', M. Ya.; Shaykevi6h, I. A.
TITLE: Phase dependence of reflectedlight; waves
CITED SOURCE: Visny*k Ky*yivs'k. un-tu, no. 4, 1961, ser. astron.,
fiz. ta khimiyi, vy*p. 1, 41-45
TOPIC TAGS: reflected light waves, phase dependence, connection
with propagation direction, p-component, S-component
TRANSLATION: Tl~e connection between the phase of a reflected
light wave and the coordinate system is considered. It is shown
that the phase of a light wave must always be related with the wave
propagation direction, i.e., with the wave normal-just as is done
in the determination of the left-hand or right-]~~nd rotation of op-
Card 1/2

ACCESSION NR: AR3010526
tically active substances, left-or right circular polarization of
a wave, etc. This conclusion is fully confirmed by all the known
optical experiments, includingjan experiment set up by the authors
to determine the phase relations between the p- and s-components in
a reflected light wave. On the other hand, if the phase of the
light wave is not related with the wave propagation direction, then
a whole series of contradiction arises,. particularly in metal 6ptics.
Bibliography, 16 titles.
DATE ACQ: 140ct63 SUB CODE: PH ENCL: 00
Card 2/2