SCIENTIFIC ABSTRACT TRUSOVA, S.A. - TRUSZKOWSKI, W.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001756830001-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

TRUSOVA, S.A., BOLOTINA, F.Ye., POTAMVA, A.A.
Compoaltion of water softened bv cation exchange in vodka pzoduc-
tion. Spirt. prom. 21 no.4:17-18 155. (MLU 9:3)
1. Vessoyuznyy nauchno-iroledovatellskiy institut spirtovoy
promyshlonnosti.
(Water--Softening) (Vodka)

TRUSOVA.S.A.
7 '. I
Operating practices in the HungArian liqueur and vodka industry.
Spirt.prom.21 no-3:23-29 '55. (MIRI 8:12)
1. Voesoyuznyy Hauchno-iseladavatellskiy institut spirtovoy pro-
myshlennosti
(Hungary-Liquor industry)

TRUSOVA,- S.A.; FFMWAN, V.K.; IVANOV, L.I.. iredaktor; RUPNMYSKATA,
'TIM77"alsenzent; IVAIJOV, L.I., redaktor; MASLOYA.Te.P.,
re4aktor; xisrNA. Ts.l., takhaicheekly redaldor.
[Production of spirituous juices from fresh and dried fruit and
berries] ProlzvodstvospiAovanvykh plodo-tagodmykh sokov i morsov.
Mosk7a, Plabchepromisdat, 1955. 98 PO (MLRik 8:12)
(Liquors) (Fruit juices)

I?XRTKa. V.K.; TRUSOVA, $.A-
'~ 5pirt.prou.20 no.1:29-32 154.
quality isproveswnt of aromatic liquOrBe (ORA 7: 5)
(Liquor industry)

BARWHINA, B.Ya.; KATUSHKIN, V.P.; MINSTER, V.Sh.; PITINOVA, L.V.;
PANOVA, L.N.; TEMSOVA,~.N.
Testing of a unit for the recovery of carbon disulfide
Khim. volok. no-4:69-73 163. (MIRA 16:.8)
1. Vsesoyuznyy nauchno-issledovatellskiy institut iskusst-
vennogo volokna (for Barochina, Katushkin, Minster).
2. Kalininskiy kombinat iskusstvennogo volokna (for
Pitinova, Panova, Trusova).

IYANOV, Tu.D.; TRUSOVA. V.A.
Nov TK-2 double-twisting mchine. Taket. pror. 18 no-8:39J~o Ag 158.
(MIRA 11:10)
(Spinning mohlnery)

13 1 - 19 58 26-17
rating Niobium and Titanium in the Form of Complex Chlorides
stoichiometric requirement. Precipitation last 72 hours From
the solution containing I g /I of Ti in the form of (NH4 ) 2TiC16
it was possible at 00 to precipitate 96 percent of the Ti. Precipi-
tation thoroughness decreased as the Ti concentration increased;
precipitation thoroughness increased when the temperature was
lowered to -100 . In a concentration of 15 g/1 the Nb did not pre-
cipitate when Ti was absent. When Ti was present, a marked co-
precipitation of Nb was observed. The degree of concentration of
Nb did not affect the completeness of precipitation of Ti. When
the Nb-Ti ratio was increased to 50: 1, coprecipitation of Nb de-
creased; it continued to remain relatively high, however. Separ-_
ation of Ti from the mixed solutions was best done with an Nb-Ti
ratio of from 20:1 to 50: 1, a starting Ti concentration of
< 0.3 g R , and a precipitation time of 2 - 2.5 days - When KC1
was used as precipitating agent, the precipitation of Ti was less
complete; the behavior of the Nb was not affected by it.
V. TV1.
1, Niobium--Separation 2. Titanium--Separation 3. Chloridea--For-
mation
Card 2/2

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TRATSEVITSKAYA, B.Ya.; TRUSOVA, V.G.; CHIZHIKOV, D.A.; KORSUNSKAYA, V.N.
-Zrm 700~
09 - Separation of n obium and titanium in chlnrida complexas. Trudy Inst.
I met. no.2:87-91 '57. (MMA loril)
(Chloridee) (Niobium) (Titanium)

TRUSOVA, V.G.; GHIZHIKOV, D.M.
, , j1,,-, -j, aft"-ftuftr
Simultaneous electrbelwaica-I deposition of cadmiz= and te2Iv--i-,=
from aqueous solutions of salts. Trudy Inst. mat. no.12,.49-58
163. (MIRA 16:6)
(Cadmium-Electrometallurgy)
(Tellurium-Electrometallurgy)

SHISHMAN, D.V., kand.tekhn.nauk; TRUSOVA, V.N., inzh.
Rod-type supporting electric insulators for outdoor use with a 35
to 220 kv. power rating. Vest.elektroprom. 32 no.8:74-76 Ag 161.
(IMU 14:8)
(Electric insulators and insulation) (Electric lines--Overhead)

THUSOVA, V.N., inzh.; KAYDANOVA, I.P., 1nzh.
flew conatruction-9 of porcelain Bup,-,ort inuulators. Blektrotekhn4ka
35 no.12j/,7-48 D 164. OMIRA 18:4)

TRU.c,'OVA, V.N., inzh.
Flpfect of lcyj temperatures On the mechanfc8l strenglh Of
,r no.3s54-59
porcelFi~r. inmilatvrs. Elek. vta- ~~, Mr `64.
(AURA 17.6)

'-TRUSOVA,-V.N., inzh.
Study of special designs of rainwashed support . .
Vam-t, eIektr&W=. 34 po.""&48.52 Ag . ;63. -1-(MmA
(Electric insulators and Insulation)

TRUSOVAp V,N,, inzh,; PWILIYEVA, S.A., inzh.
-I'l-l-I.- -
New designs of supporting rod insulatorB for outdo:rr use.
Elektrotekhnika 34 no.10:77-78 0 163, (MIR& l6r1l)

"dGKCILOV, S.G. 1--ind, tekhn. naiik; 7RIJ,'-"C~VA, V.N., lrizh.,;
ir,zh.
Eleotrical and aerodynamic chara~!terLsti-~:,q of sc-rea shapej
m-spen3iori in.,3u!arors. Elf-k. sta. 36 nc).2:59-62 ~ '05, IMI.RA 18,4)

TRUSOVA,,V,P.; RYABUKHIN, Yu.S.
Iron-sulfate method of donimetry In metal veavele. Atom. energ.
15 no.6:526 D 163. (MIRA 17:1)

TRUSOVA, V.P.; KUTSNV. V.S.; ORWNT, B.F.
Homogeneity region of chromium disilicide and its electric
properties. Zhur.neorg.khIm. 3 no-5:1119-1122 My 16o.
(MIU 13: 7)
1. Fiziko-khimicbeekiy institut im. L.Ta.Karpovas
(Chromium silicide)

S/078/60/005/05/20/037
BOO4/B016
AUTHORS: Trusova, V. P., Kutsev, V. S., Ormont, B. F.
TITLE: The Range of Homogeneity of Chromium Disilicide and Its Electrical
Properties
PERIODICAL: Zhurnal neorganicheskoy khimii, 1960, Vol- 5, No- 5, PP- 1119-1122
TEXT: The authors have previously investigated the electrical properties of
several ailicides of the metal period Ti - Ni and studied the composition
CrSi - CrSi 2.5 by means of chemical and X-ray analysis. The silicide was syn-
- 1050 0 with subsequent slow cool j
thesized in evacuated quartz ampuls at 1100
ing. The composition of the compound was determined after melting with soda
by gravimetric analysis of SiO and iodometric analysis of Cr (Table 1). The
2 1,00
X-ray analysis was mVe by means of an RKU-11 camera, a BSV tube, as well as by
means of the URS-50IWapparatus. The line spacings were measured on an IZA-2 compa-
rator. Table 2 lists the data of X-ray analysis, and Fig. 1 shows the corresponding
X-ray pictures. The CrSi linesappear only in preparations with a composition
below CrSi 1-95' The disilicide has a range of homogeneity of between CrSi 1.99
and CrSi 2.29' The lattice constants are a - 4.421+0.002 kX, c - 6.35�D.01 kX, and
Card 1/2

The Range of Homogeneity of Chromium Disilicide and 8/078 60/005/05/20/037
B004 B016
Its Electrical Properties 9
agree with Ref. 15- In the range of homogeneity the coefficient of the thermo-
electromotive force and its temperature dependence were measured. The measuring
apparatus were supplied by Ye. I.Smagina and Yu. V. Zherdev, the measurement
was carried out by Yu. N. Chizhikov.7-19. 2 a the temperature dependence of
electrical conductfvity obtained by the authors, and, for comparison, also the
data of Ref. 3, 4. CrSi 1.99 ,d CrSi 2.29 'how the same course of electrical
conductivity in spite of different composition. There are 2 figures, 2 tables,
and 5 references, 4 of whiah are Soviet.
ASSOCIATION: Fiziko-khimicheakiy institut im. L. Ya. Karpova
(Institute of Physical Chemistry imeni L. Ya. Karpov)
SUBMITTED: January 28, 1959
Card 2/2

iiii/metals Jul 49
Hardness
"Research on Long-Dalation Hardness," Prof
P. Gulyayev, Dr.Tech Sci, 'To. F. Trusova,
Cind Tech Sel., 21 pp
"Ttarod. Lab" No 7
ZIPIAIns difference between lcag~duxatim tests
sz~d regular method. Used Brinell system in
both imses with high temp=ature for the steel
or bard-alloy ball. Conducted long-duratiami
tests (up to 60 =in) while studying the influ-
ence of alloy ccmpments upon the properties
at. solid solutions of aluminum-zinc and alutdnm-
62/49T86
USSR/Metals (Contd) Jul 49
naLmesium (varying from 0.5% to 5% alloying
.element). , Concludes this test is not satis-
factory for deterzIning heat durability of
alloys.
62/49T86

kwitt I duL to k III I Io 110 d ILI Mj litAi I it 114014,0V A , I ii~t.,I
takhnichookikh nauk; SELIMSTOVA. )C. 4-1d'Fit-takhrilchankikh
nauk.
Zffect of boron on the durability and breakeovn of 11437 alloys-
Metalloved. i obr. mt. no.11:10-14 N 156, (MLRA 10:1)
(Steel alloys-t-Testing) (Boron steel)

KISHKIN, S.T.; POLYAK, E.V. Prinimali uchastiye: ROVENbKIY, G-M- [deceased
IGNATOVA, I.A.; TRUSOVi" Te.F_!j 761GJ,,OVA, G.I.
Kinetics of the failure of heat-resistant alloys during the creep
process. Issl. po zharopr. splav. 7:295-308 161. (14IRA 14:11)
(Heat-resistant allAys--Testing) (Creep of metals)
BOKSMSYN, S.Z., doktor tekhn. nauk, prof., red.; TRUSOVA, Ye.F...
kand. tekhn. na~zk, red.,. Rb'hY_AYEXSvJ_*YA, T.N., rc-'
[PY-se constitution, structure and properties of addition
al2oy steels and alloys] Fazovyl sostav, struktura i svoj-.
stva legirovannykh staAlei i splavov. MoskvaD Mashirio~
stroenie, 1965. 231.P. MIRE. 18-L""

BELFNIKIY, I.E.;~77SOVA, Z.1.
Present course of scarlet fever. Zdrav. Bel. 9 no*8114-15
Ag'63 (MIRA 1713)
1. Iz kafedry infektsionnykh bolezney Belorusekogo gosudarstvcn-
nogo instituta usovershenstvovaniya vrachey ( zav, - prof* M.N*
Bessonova) i Minskoy infekstionnoy klinicheskoy bollnitay (glav-
nyy vrach Z.G. Alikina).

M,
PS
Rim
K I t, v ti
r., i fiiims )n Claszy. Class 32,
pparatus for dep.
SOURCE: ByulleLan' izabreteniy i ;ovarnyiech ziiarll-ov, no. 13, 1965, 56-59
~4

si E314 I 'r mL I
L-~Aprotk rYVILI;
tw
ona

Country : USSR
Category: Cultivated Plants. Grains.
I)8 J011r: WILLiol., Yo 1-1; 1?58, IM59
Luthor : Truss, P.S.
Inst : S ti. ov ',gricultuml Experimental Station
r
Title : The Effect of Nitrogen, Potassim and Phosphorus
Fertilizers on the Yield of Spring Whoat.
Ori.;-, PAb: Vestn- s.-I:h. nauki, 1956, 110 3, 29 -34
Abstmet: Data on the lon(; field station experi-'L:cnts at
the Shatilov Aericultural Experimntal Station
(1912-1935). A sharp increase in the P dose
without a corresponding increase in K dosu Ims an
unfavorable effect on the yield of the plants.
Vegetative experiments were carried out an soils
m
Card 1/3

Country : US."M
Catogory: Cultivated Plants. Grains.
fibs Jour: MhBiol-, No 11, 1958, 48859
from differ--nt variants of the field experivnnts
and with a different content of the aeZregate and
mobile plhosph-~ric acid. The purpose vas to detenaine
the degrc2 of tb,~ uf!---,~t of nitrogen and potassium
fertilizers on the yield and the P content in the
plants. The yield of thQ sprin8 wheat ri.ses gh--xply
wit'i th-~ ipplication of nitrogen and espoc-~ally aitro-
gc-n-potassium fertilizers into soil saturated with
ph:)sphate. VV-th an increase in the mount of highly
solublc P in the soil, its content increases in the
spr-in[; whcat straw, and to a 3mallor extent in the
grain. no addition of nitrog-.n and potassium for-
tili%Qrs to the phosphorus fertilizer reduces the
Card 2/3
M
M-20

CounUry : USSR
Ca6i-cGory: Cultivated Grains.
:bs Jour: R'-7',-..B).ol., No !1, 1911:8, No 48859
P con~ell, -ol , o stmw. Nitrif 3 ca,Lou ab. 1, Ly
of ti-e i-miaircd so ~l ',.s hig er L!*-.an L a'~ of L, C-
soil enriciied w,~h phoap:~ntes. 7ic pioophaLvs alone, do
not ixtercaou Ou j;.ri.fi.cnLion nbiliLy ol' tIQ coil. --
"..p. 10O.YaLowl
14
Card 3/3

TRUSSt F.S.
Salt balance of central Baraba soils In relation to their drainage.
Pochvovedenis no.6:47-62 Je '59. (MIRA 12:9)
1. Vsea*yusWy nauch-lanledovatel'ski3p Inatitut gldrotekbniki
i melioratRii.
(Baraba Steppe--Minerals in soil) (Drainage)

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POL.,"7-60-11-33/ 7/7
AUTHOR: Niemcewicz, J. hn,.ineer; Trusz, 71. , Magineer
TITLE: Modern Precision Approach Radar "PAR-211
$4
PERIODICXL: Skrzydlata Polska, 1960, Nr 11
Supplement "Review of %/ivil Aviation", Nr 6, P 3
'Yq
ABSTRACT: The authors describe the ".PAR-2" precision approach
radar produced by the "Telefunken" firm in Western
B'urope. There are 2 photographs, and 2 figures.
Card 1/1

6(o)
_.!~p _Wod~zimie~M_
PHASE I BOOK EXPLOITATION POI4/1564
Teletechnika, (Communications) Warsaw, Wydawnictwa komunikacyjne, 1958.
431 P. 5,150 copies printed.
Reviewers: StanisYaw Kobus, Engineer (M.A.) and iozef Mozejko, Engineer
(M.A.); Scientific Ed.: Edward Kowalczyko Engineer (M.A.); Tech.
Ed.: Wiktor Borodzicz.
PURPOSE: This textbook waR approved by the Ministry of Education for
Post Office Tekhnikums for those specializing in communications.
It may also be useful to communications technicians.
COVERAGE: The book presents in simple form the fundamentals of elec-
trical engineering and communications. Part I contains information
on direct and alternating current and the most commonly uged meas-
uring instruments. In Part II the author describes the fundamentals
of communications: telegraphy, telephony, multiplex telegraphy,'
radio engineering and wire communication. He also discusses the
most frequently occurring defects in telephone and telegraph instal-
lations and recommends methods of detecting and correcting them.
Card 1/11

Communications
No personalities are mentioned. There are 24 references, all Polish.
TABLE OF CONTENTS:
PART I. FUNDAMENTALS OF ELECTRICAL ENGINEERING
Ch. 1. Electrical Engineering and Civilization 7
Ch. 2. Basic Physical Phenomena 9
1. Motion 9
2. Mass and force 12
3. Gravity. Weight 14
4. Work and power 15
5. Energy 17
Ch. 3. Electron Structure of Matter. Electrostatics 21
1. General information 21
2. The phenomenon of electric current 23
3. Electrification of bodies 24
4. Electric field 27
5. Electrostatic induction 28
Card 2/11

Communications POL/,.564
6. Capacitance 29
Ch. 4. Direct-current Circuit 35
1. Component parts of an electric circuit 35
2. Electromotive force. Voltage 36
3. Current 36
4. Resistance 37
Ch. 5. Ohm's Law 39
1. Ohm's law for the external part of a circuit 39
2. Units of current, voltage and resistance 4o
Ohm's law for the whole circuit 4o
Resistance as a function of dimensions and temperature 42
5. Resistors (description and application) 45
Ch. 6. Connection of Resistors 48
1. Resistors connected in series 48
2. Resistors connected in parallel. Kirchhoff's first law 49
3. Series-parallel connection of resistors 51
4. Measurement of voltage and current 52
Card 3/11

Communications POL/1564
Ch. 7. Connection of Electric Sources 55
1. Sources of electric current 55
2. Electric sources connected in series 55
3. Elqctric sources connected it) parallel 57
4. Series-parallel connection of electric sources 58
Ch. 8. Work and Power of an Ele-,-tric Current 6o
1. Electrical energy, work and power 6o
2. Transformation of electrical energy 62
3. Efficiency 62
Ch. 9. Heating Effect of Electric Current 64
1. The Joule-Lenz law 64
2. Electric heaters 65
3. Electric bulbs 66
4. Fuses 67
Ch. 10. Chemical Processes Caused by Electric Current 69
1. Electrolysis, Faraday's first law 69
2. Phenomenon of electrode polarization 72
3. The voltaic cell 73
Card 4/11

Oommunications
4. The Leclanche cell
5. Lead storage battery
6. Nickel-iron storage battery
Ch. 11. Magnetism and Electromagnetism
1. Natural and artificial magnets
2. The earth's magnetism
3. Magnetic field
4. Electromagnetism
5. Magnetic circuit
6. Magnetic Induction
7. Magnetization curves
8. Moving-iron measuring Instruments
Ch. 12. Electromagnetic Induction
1. Emf caused by induction
2. Operating principle of a-c generators
3. Operating principle of d-o generators
4. Mutual induction
5. Self-induction
6. Eddy currents
Card 5/11
POL/1564
74
79
84
86
86
87
88
91
92
94
Q4
�7
100
100
102
104
io6
lo8
log

Communicationn POL/1564
Ch. 13. Effect of a Magnetii Fic-Ild on a Current-carrying Con-
ductor
1. Conductor in a mApeti4 f"t1d. Left-hand rule
2. (Weratine; principle of motora
3. Permanent magmet. moving-t. c, U. meatiuring Instruments
Ch. 14. Alternating Current
J: 2~?,rtivlnf,ima~--I?nsynusi~.~s?idaI current
ec e va ue'o n &o a current
3. Operating prin,~.44.ple of transformers 123
Ch. 15. A-0 Ciroults 125
1. Circuit with resistance 125
2. Circuit with inductive reaotance 126
3. Circuit with capacitive reactance 127
4. Voltage series) resonance
~ 129
5. Current
parallel) resonance 132
6. Power of sinusoidal current 133
Ch. 16. Three-phase Current 136
1. Origin and properties of three-phase currents 136
2, Three-phase circuits
J~ 137
3, Power of three-phase currents 14o
4. Rotating magnetic field 142
5. Operating principle and general design of induction
motors 145
Card 6/n

Communications FOL/1564
-PART 11. FUffDAMENTALS OF COMMUNICATIONS
Ch. 17). General Information on Communications 153
1. History of the development of information transmission 153
2. Classification of communication 155
3. 'Importance of communications 157
Ch. 18. General Information on Communications Facilities 159
1. Telephone equipment 159
2. Telelfraph equipment 161
3. Radio stations and rediffusion stations 161
4. Sources of electrical energy employed in communications 164
Ch. 19. Overhead Communication Lines 168
1. General information 168
2. Component parts of overhead lines 169
3. Design principles of overhead lines 175
Ch. 20. Cable Communication Lines 181
1. General design of cables. Classification of cables 181
2. The Krarup, lolTdAng (contlnuous lomding) and the Pupin-coil
Card 7/ 11

Communications " /1564
loadirLg (lump loading) of communication lines 185
3. Amplifiers lap,
4. Classification and design of cable lines for communications 195
Ch. 21. Telephone Equipment 202
1. Classification 202
2. Equipment components 203
3. MB-type telephone equipmeiit (local-battery t e 218
4. CB-type telephone equipmert ~common'-battery %te) 220
Ch. 22. Manual-type Telephone Switchboards 223
1. General description of telephone switchboards 223
2. Components of telephone switchboards 225
3. MB-type telephone switchboard with lime-jacks and plugs 2.32
4. MB-type switchboard with (commutatirkg) keys 236
5. CB-type switchboards 241
6. Multiple-field switchboards 246
Ch. 23. Automatic Telephone Switchboards 251
1. Telephone relays 251
2. Telephone selectors 257
Card 8/ 11

Communications POL/1564
3. Operating princip!#-, of automatic telephone switchboards 263
4. Basic systems of automati,~ telephone switchboards 265
5. "Aviso" type ke-vboard (connecting private and main tele-
phone systems) 270
Ch. 24. Long-distance Telephony 273
1. Operations performed at long-distance stations 273
2. Systems of long-distance telephone traffic 275
3. Types of long-distance stations 279
4. Methods of long-distance connection 283
5. Subscriber selection methods (placement methods) 286
Ch. 25. Auxiliary Equipment 290
1. Main switchboard 290
2. Test equipment 291
3. Line transformers. Multiplex lines 296
Ch. 26. Most Frequently Occurring Defects in'Telephone Installa-
tions and Methods of Repair 302
1.
* Defects and maintenance of telephone station equipment 302
2. Defects and maintenance of communication lines 333
Card 9/11

Communications
Ch. 27. Telegraph Equipment
1. General information on
2. Operating principle of
3. Siemens teletype
4. Systems of telegraph natworks
5. Components of teletype
telegraphy
teletypes
systems
1564
343
343
3117
353
363
365
Ch. 28. Minor Defel-to In Telegi-aph In8tallations and Their Repair 370
1. Maintenance of telegraph Installations 370
2. Locating the defects 373
3. Defects in various telegraph apparatus 374
Ch. 29. Multiplex Wire Communic-ation (Car'rier communication) 379
1. Principle of wire communication on carrier currents 379
2. Carrier telephony 381
3. Carrier telegraphy 400
Ch. 30. Radio Installations 409
1. Electromagnetic waves. Antennas 409
Card 10/11

Communications
POL,1564
2. Transmitting stations 413
3. Receiving apparatus 417
4. Wire communication 424
Bibliography
AVAILABLE; Library of Congress
431
iplafm
5-28-519
Card 11/11

57 11
I L
s tn o
, - I :; : C., ~. -., -, I, -
c t loi,
vw

TRUSZCZYNSKI. Mar WY)
The Middlebrook-Duboo reaction in er7eipalao in Bwin$- ROM nauk
roln wet 70 no.1/4t253 160. (EW 1019)
(Swine) (Eryfsipelao)

POLAND / Microbiology. Microbes Pathogenic to Man and F
Animals, General Problems.
Abe Jour :Ref. Zhur - Blol4, No. 21, 1958, No. 95117
Author :Brill, J.; Mikulaszek, E.; Truszczynaki M.
Title :Immunochemical Investigatii ti-
genic Structure of the Erysipeloid Bacterium.
Orig Pub :Bull. Acad. polon. aci., 1957, Cl. 2, 5, 405-411
Abstract :AutolyBates were prepared from the bacteria of
Erysly)e?.othrix rhus athiae type A by means of
repeated freezing and thawing; a polysaccharide-
protein and polysaccharlde fraction were ubtained
from autolysates after boiling the extract In a
ljo acetic acid and by precipitation with alcohol
in an acid medium. Nucleo-protein fra~-tlons vere
obtained from bacteria precipitates, which re-
Card 113

POUiND / Microbiology. Ucrobes Pathogenic to Yan and F
Animals. General Problems.
Abe Jour Ref. Zhur.-Biol., No. 21, 1958, No. 95117
mained after the extraction of these fractions,
by means of subaequent treatment with NaOH and
aloolhol. Finally, an additional polysaccharide
fraction (APF) was obtained from the residues of
tho bacterial bodies by Pfluger's method. Dur-
Ing chromatoGraphic study of the first polysac-
charide fraction (FPF), it was found that It in-
cluded galactose, xyloBe, glucose and traces of
hexuronic (possibly glucuronic) acid. APF con-
tained only galactose. In the precipitation
reaction with Immune rabbit sera to the A- and
B types of E. rhusippathiae, It was shown that
the FPF reacted only with the A serum, the pro-
tein polysaccharide and nucleo-protein fractions
were less specific. Tho authors propose that two
Card 2/3

TRUSZCZYIISKI, Marian
Middlebrook-Dabos reaction in erysipelas. Mod. doew. mi)=ob. 10 no.3;
309-320 1958.
1. Z Instytutu Weteryna ii- Zaklad Chorob Swin w Pulawach Kierownik:
doc. dr H. Janowski.
(HEMGGWTIIIATIONO
Middlebrook-Dubos renction in erysipelas (Pol))
(IRYSIPEIAS, imiminlogy
Middlebrook-Dabon reaction (Pol))

yk; *-v'lJAf-,ZY.,'%, rndeuP--
1103SNUMSKI, Marian; JA?V4SKIp flenr 1,
---------
Ir-munochemical. investigations in the antie(!nJc fr,-)r
various strains of rrys5pelothrix inildioca. Acts, ml.cr,)blol.
Pol 13 no.3:179-186 164.
1. From the Department of Swinc Fiq,-qsos, Inntitut.- -of A,"eterinrry
Ifenc,arch Dilawy, Poland.

POLAND
J!j~~SKI ft-jrian- CIOSSi-.K, Danuta, and TERESZCZUK, Stanislaw; Derartment
of Microbiology and Veterinary Medicine (Zaklad Mikrablologii i WeL.) Head
(Kierown1k) DoccilL Dr Marian TRUSZCZYNSKI, Pulawy; and Department of Drug
Technology and Control of Veterinary Institute (Zaklad Technologii i Kontroli
Lekow 1. Wet.) Head Dr Anton TEKLINSKI, Pulawy.
"Bacharichia Serotypes Isolated in Poland from Pigs with Colibacterlosis and
Porcine Edema Disease."
Lublin$ Medycyna Weterynaryjna, Vol 21, No 10, Oct 65; pp 584-589.
Abstract- : Study of 9 identified and several unidentified strains of
enteropathogenic (for piglets) serotypes of Escherichia coli: pathogenicity
and source data are discussed in detail. Two tables; 2 Soviet and 6 Polish;
33 Western references.
1/1
and 1 Geman-l=guage)-
242
ur. K.
"Resistance to Antibiotics of E. Coli Serotypes Isolated from Swine
Carcasses't
Lublin,, Medyc;Ma ';.'eterynajXjna, Vol 22., No 5, pp 261~-267
Abstract: The resistance to streptorVcin, chlororqcetin, terramycin,
tetracycline, aureomycin, neojVcin, penicillin and erythromycin was deter-
mined in 200 strains isolated from swine infected with edema, colibacillosis
or a mixed form of these diseases. Five serotypes were tested. No relation-
ship between the antibiotic pattern, serotype and disease was found. A
high percentage of E. coli strains was resistant to at least 5 antibiotics.
Contains a summary in &nglish, 3 Tables ahd 14 referenepi; (3 Polish,
8 Western., 1 Russian and 2 German-lan.-
,aage).
30 -

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TRTJSZKIEWICZ Maria
Arperimental studies on the appearance of Incomplete antibodies
during the course of certain bacterial infections. Arch. im-,an.
ter. dosw. 8 no.1:67-75 1960.
1. Katedra Mikrobiologil Lekarskiej Akademil Medycznej w B
Iublinie, Kierownik: Prof. dr J. Parnas.
(ANTIBODIW3)
(COMMICABLS DISBASIS imnunol.

TdUSZKOWSKA, W.; NARKIEWICZ-JODKO, J.
Developmental dynamics of the mycorrhiza Populus marilandica Bosc. in Turew. p.279.
EKOLOGIA POLSKA. SUUA A. Warszawa.1 Poland. Vol. 3, no. 10, 1955,
Monthly List of East European Accessions Index (EEAI), LC. Vol. 8, No. 9, September 1959
Uncl,

'K . - M.). havook do suJoesmial mkoe
Domomix (Tj & Ttivamwax 1$-= AW
a Wokmrrh PQiik-(A~.,!ntrilxktkm to the study of myco"hiss in wmw
Yerns.1-Acto &r. 6d. Polon., xviii, 1, pp. 45-0, T figx., 1941. jf~eneh
sumnmry.j
In their investigations of root systems of various ferns [cf. R.A.M., xviii. p. 4601,
he authors foulut thatOphlo9kenin m1pWm, Botryohivom 1vmria,Ormmmk rVdic,
Ptrridium aquilo'num,Scolopendrium rutrys typimm (MyWlij soDlopendriuml and
its f. crispum, and Sindhiopterig yerimanka tonned endotrophic mycorrhits,
Aqidium (Dryopferis) filix-mo enclotrophic and ft-totrophic, while ArAmum
epicant showett no symbiosis, probably because the material was taken from a
cultivated park where the soil was pH 7. Three remits are contrary to %Ahl's
findings (tkr Sion der Alvicorrhizenbildung (Filicinen)-4ahrb. i6ss. Bo(., is-tiv,
p. MO, 1900) that most ferns do not form mvroffhiza but are in accordance with
those of Butler JR.A.M., xviii, p. 469) and Asai jibid., xiii, p. 7171.

Investis one of in cotropism and content of glyco idea
In three rl;~Jfrs ( D~Ulls Ito. natural habitats as"well
as under cultivation. wamitt ptistitt" 1-1~ I'Ro'.
Mjowe Coover Sk1,%1,nr,k4t. -LOM-A.AZa.- ~%~t 1L.
5, ~179 30.5(fil."flo(Frruch -iIIIIIII.Iryl. the'Ad" aml"g.'s
I-119PUFfIl Will ISOM lAtIf 4111411M. With fill' rX941111toll III
A WrIs growing I..)fjy J11 file Mrdwinal p6lit C.4rd'.11 m
P,,ptl4h. there "a nop morphological difference lottoterti list-
natural and cultivated plitnts. Aph analysi,, If 1.4%c,
showed more ash from cultivatni plant- vnwmg fit -0,
with ,I neutral or alkaline P11 tholin front pLints frotts titim.-I
;M'-Ilad~fabnd-
rbe mycorbitai tungi from artifiCIA ;Anti 114111fill holl'11.41%
wrilltil to he identical and the plf of the will #list mot --,is
An hayears effect. Some data seem to indicate that ;I hight-r
content at Clyrosides corresponds to aftnItspheric meti,iture
anti the elevation above sr4-ICVel. Annj It. Ki0er

TRUSZKOW13KA,
C Lop rv7. t, on on the dise fr i - '..q r
C.~Inltium Lk. In Breslau r-ad vicin! ,c 'it ngr ~J,(
1. Department of of the School (,f

- TRUSZK(YdSFA, W. ; IEWLIS, T.
Investigations on mycorrhiza of certain grasses and herbs in v:irious
ecologic conditims. p. 1.
SO: Yonthly List of East European Accessions (EEAL) LC, Vol. 0'*, no. (), June 1957, Uncl.

Typical dofocts of lu4xd fibcrLoard.
p* 19, Vol. 6. no. 8, Aug. 1955. I-ItZh'21"'L WZE'WIJY. 'Warszawa.
So: E,~st Eurowean Accessions Ust, (E..AL), LIC, Vol. 5, no. 2, Feb. 1956

TRUSZKOWSKI, Janusz
Birds of the city par? of Pr---zkow. Przegl zoolog 7 no. 1:
62-71 163.
1. Zaklad Eko2ogii, Polska Akademia Nauk, Stacja Terenows,
Dziekanow L,

TRUSZKOWSKI Fa
--' - -,--..__rian
--- - Training pavilion of the Health Service In Bialystok. Architektura
Po! no.2:63-66 162~

TRUSZKOWMI, Varian
1 1. -
Problems connects3d with tht3 rebuildin.0 of Bialystok. Architektura
Pol no.2:47-52 '62.

TRUSZCZYNSKIp Marian
lamunological characterization of antigenic extract& obtained
from bacteria w-Ith different methods. I. MicroorganiaAP of
tba-gon.era Salmonella~and Escherichla. Arab. in=. ther.
exp. 11 no.1/2:247-21l' 163.
1. Department of Diseases of Pigso Veterinary Research Institute,,
Patawy. (SALMONELLA TrPHOSA) (ESCHERICHIA COLI)
(ANTIGENS) (LIPOPOLYSACCHARIDES)
(POLYSACCHARIDES, BACTERIAL) (PROTEINS)
(LIPIDS) (ELECTROPHORESIS)
(DOMOELECTROPHORESIS)
77777777-77777--TT~

TRIZZCZYTISKIp Marian
T-11nological characterization of an-tigenic extracts obtained
from bacteria vith different methods. 171. Serotypes of Erysipelo-
thrix insidlosa, Arch. Immun. ther. exp. 11 no. V2;273-293 163-
1. Department of Diseases of Pigs, Veterinary Research Insti-
tube, Pulavy.
(ERYSIPELOTHRIX) (ANTIGENS) (LIPOPOLYSACCRARIDES)
(POLYSACCRARIDESP BACTERIAL) (PROTEINS) (LIPIDS)
(IMUNCELECTROPHORESIS) (NUCLEOPROTEIM )

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I 4" -- , -,*.-
. At
tow ti
o'
_
,, 1
. "
it it.. 11-It i% .0-a 4 1 11.1.61.1 . ..It%. I ...... I it r. I J.. , ....I
*
00
0 17 k "J. t
"% 4 Ulk Cki U101.1olly ill. t,, Po I A, .1.,%r fill, V.11it, 1

the Yt1iVItY .4 MilAth-11 IIICT~AWI 1411i'lly to& 111sx.of 41,out rn It. " is 00
001
;~ alcollinta anti K CN Whibit only putially the uricolyfic action of the chamial; Na4l", I.
;
=go

00
tr ~ activates it Ili syttruis buffrfrd to pit 11.5, as a result of alkalliation of the fordill"I 1
KCN ii.hihil. pr-l"lly "unplet.ly file action ill I-min. nries-, Na,l-,O. oot W the A:
00
leaw 'I lir rnryr, ill rm Pit activity (,it urfrAw Inrlin. of difirmot millo. Air all,d the ;;fiflo
00 1 3 amm, ir1w. If r. tlwv how a Ina% ot *,, 716 at,, 114, r"p. mod ppr~h ot-f,. 1,et-,

fin t I still 1:1 1 hi, IntictiVitti-i is hir"t.thle mott I. a-tewt-I %ilh -ln .4 the p4i 00
00 ' 3' ficki in su%jwu%ksii anti *lilt the proluction tif art alk. as%. pri-Iml-ly MeNji, Add,i :goo
00 c4 glycerol (I) %tv%lwn%kms of urica3e shows an activating effect ot-Wifar at the nite of
~Iinwntjktiou tit the vuspentled particits is retiut" In dtakvti systens, no Activ.6-1 0
0 1111 hy 1glycefol is achieved. The use of glycerol for the pretim. of uricaw is rejected Both
0 0
00 z the re-%idue obtained by centrifuging icuspewsions and that remaining after repeated
rxto. of kidney ti-tir with IhO contitin N. C. S and P. mind give the hiufrt. wantho-
0 protric, Ifopkin's. Millon's. cywtvine and Molitich'i reactions. The uricolytic activitv.
0
oira-mirrd its ins. of uric acid ovidiled. when %h4ken I hr. at.39' with I g. of subqtaflce (drv
wt ~ Is as follows: untreated lmivitte kidiiey litnoe 27.01. wa%hed reiiijue front extif Ii.11'.
4:1,1,, wailurd gfound rrvidar XX 7, wailied remduc front criltrifogal sq. ext, (Irrils i -100

00
"Lit) 1. thesanir 14 CIAV% old 237 4. the ~nie airdry3t it rolprep oricaw %hake min-of
kidney ti%.ur % ill ll't) citing CIICI, for 2411 hr% . filter thrimith egiffiln womil. rentriftigt
the filtrate (lit Inin AT 3.14M, r 11 In ). 411%prilif file rr%tillic in 11 9 1 .111.1 ax.fill
Thr r"itfur ikswolitainvilrun 1w kept withoot anv 1-itif icisk,tv I.-t .41 1,.10 t%,. o'' k
Atilt lyrt'imilly inilctilliti Iv. in all Atilt ~tff With If (0 .111d n. I f"".' 2:0 0
7 .9 I(flat]Y rVIftl"-% IfJV At'lltltV -If ~IJCII 141-11111 A-1 r, -lilt --f 111MIIIII(I-1 4 Ow a, lit, ,if
-
-
w dims
it
-f
- I
tl, vil
t
i1
fac
U
ic
li
ib
4
h
goo,
008 t
a
w
n
n,
tr
lt
in
it
iice 1
r
m
elt
.r Sti
ace active %
ra
N-
1 U
1;
t
f 1
i
l
i
d
I
-tailar, or a
twevia
ant
cti
2
s
any Po
r
tt prucre
n the presence of uriii. r
y%
u
it
1 dni
under N'th acr
litc and anacnibic amiditi-m,, M-4nitical uricoly%is con4ists in the
1 0 00 0 0
U Tj IV 03 is ;

Ro 0 0 W 99 0' 0 0 Is 40 0 a
4111
: :
i
9 0 * 0 0 M
: : :

0 0 q 0 9 o 0 a 0 0 o 0 0 0 a a S 0 0 0 0 o o 0 0 0 0 0 0 0 a o 0 a 0 6 0 0 o

millatim Of uiv " at certain active urf&ms j-smv On prOtrill, rw nuch-Mtelm
Of d Rp otrUeljjj~ Vrk-6,, cft" noll. thmf,cr. r%tqt an an rflivilir. amwiling tn Falk's ob
dennitkm. but is a Contact cauly,t.
00
09

00 00
00 *0

00 00

Of es
00 00
0. 09
00 00
00 be
,00 00
00 00
09
00
0
00 0u 0-

I
or V or oir or Z
0 a 0 a of
to a 0 Q a
a tire
* 0 0
g I it -a -a 34 a it V A-29 a 11 a 11 14 Is Is 9 At
is to j
'
a to
I J _1 M 04 X M it Ii.
i
1
, R"
U
i
di
1
"
A
so .
r
C's I A
t.
1,
1
al SZK'3W5JU. 411d B944
-
"A, -V
4
1:0
57
)
F
Ii
r

0
"

so - oil III
sh
.
1
.
(2
rig
(1
n
actrruo - ti,
he folhoving arlogrouc 1, , its. nor
19 "Pole- rodespir. 11, UW,
erne, anti P If"Or"IfIr"I IfOrfaileal Theme howi,ris can urviv,
mult
f nd de-
a
1
_00
00 a i y
.
(P
xt,
m
u
17
c
uric a
id
t roon
t
j
th
r
s
f
f
h
i
o
c
c
a
,
r
n
e
ence o
An exce,ti, o
1
p.
e p
t
ymu
or o
l
eo
) 0 Nf if; 0 0
40 . their growth and action Art COMPlettly inhitAW by CRCID Ot toluene. They do no-

Go C;
: Inultiply WOW PR 0 or al,ove Pro 9, an . "I growth and uric add consumption
.,
=Ut
ItOn
7
N 4
in
4 t
li
t
J
d4
f
h
4
1
-
:0
.
.
o
ac
ry
.
A
&
n. O
tr
if
' Pit
urne 4
ow no uriettlylic
tio
C
i
li
and kidn
s
d
littl
i
i -
0
00 a an
n
ne
ver
ecompo
e very
ey
e ur
c ac
d under ~_qeptic cone
'
Z
ioni at 10% while at .38
uric acid h oxidized tosome esterot. anti more vigorously, -80
if the flaiki ate shaken. WSTIMIX RM Drefeld's active charcoal (C-Pe) do" not adocirt, 00
uric acid. Init enhances oxidation of uric acid uniformly up to joM7:6~ above thit vidur .

00 the vel,vity (,f oxidation increases rapidly to a mat. of about poo 9. Iscopropylandbutyl 0
91
0 alcohol% and KCN inhibit only partially the uricolytic action of the charenal; MaXti),

i
ff
1
=00
0 111 ot ! a. act
vates it in systems bu
ered to pit 6.5. as a result of allralization of the medium
io KCN inhibit% practically completely the saion O,t bovine uricsw. Vx.t,,O, not in the coo
00 3! V least~ The cur. of pm ri- activity (tit uricav- prepme of different originq are all of the
441TIr type. 1. e., they %how it max. Pt pit 7Aj and 10.4. resp., and approach tern between

00 pit I I anti 12 This inactivation Is irreversible and is associated with 101n of the par- COO
ticles in su%penoion and with the production of no &fit. SLI, 'If, do
_Probably Nfr% Ad
f
l
l t
i
f
i
h
i
i
aest
00 .1 o
vcrro
i) stopens
ons o
ur
caste s
ows an act
vat
ng effect inudar as, the rate of
g
Sedimentatiort of the suspended particles is tirtardf]. In shaken %votemit no Activation
of 4 by glycrrcjl is achieved. The use of glycerol (or the prepa. of uricaor is rejected. Both
the re,idur #J,tauwd by centrifuging suspeniforts and that remaining after rrpralrd
rxtn. of kidney ti-tie with IfO contain N, C. S And P, and give the Mittel. xanth4-
00 protric. flopkill's. Millon".1, cyvtcine and MrAisch i fractions. The uricolylic adivilit.
* 0
measure(] in ins of uric acid oxidized. when %haken I hr. at 3A
with I g. of substance (dry
wt. I is ai follows: untrraW bovirinc kidney thisur washed residue from extif tissue
43
M 7
id
5
h
d
id
h
f
d
d
res
ue
,
, wai
r
groun
. was
e
res
ur
rom centrilucal aq. est. (freth) 0
=i,1. the same 14,lays old ;W, 4. tlr same air-dry 31,& To prep. urkan shake minced

60 kidney ti-Aue with JIM contg. ClIC4 (at " hrq. filter through cotton-wool, cruirifugo,
the filtrste (if) min at XYV r
stri
In
end the
)
nW
I
O
R
d so
it
.
. P.
ue
.
r
n
an
p
again centrifuge.
I
The re-idue now obtained cart 1w kept without any to," of activity for at least two wrek%. i
tioO
and probably lnolefinitrIV. in an stin. tatttl. with 11,0 and tioluene vapors. DMnj wee
S L A -t greatly trducri the activity tit ouch pripIns. as a in suit III diminutirm of the active our.
face. Uricaor d,x-- not paLi into 4oln. under the Influence of either surface-acivt sul-
stances or at any ft tortween 11 and 12. Uricallrooli proceeds in Use presence of uricaor it a one

on I
U
u
under both acrobic and Anaerobic cunditinini, HkAnsical aicolysis corldsts In the
0 0

r so

o fl, 0
; 0 s s

-0

IR I
0
a*' A
so
00
00
*0
so
0041
0,4
:04
0041
AIII-ILA UTALLU"KAL WINOM CLAUWICAIIW
ISO a-mobilIN
Aw to 431;
0 of** 0 00000 0000
-7A
Bwx MA DAMI-RIM., is^
01-6d w4mAi-B Was.
iZW. in - GrWo-y-, Sweam, bia do ~ ei&h to W
fadAh wask of P00"Ot. -
a w1, -0 -0
t)4
:00
*90
-00
-00
"Of
we
`006
2400
%0
r
go
'160,
No 0,
10
Sol
"s
1
WS 0
_MOM_
&sn dal g filial OK Qv Ali
af W XA An L I a ad a 0 a I It Im 3 a a :I
IN
so 0 0 0 6

TRUSZKO'l,'SKI.S.
The designing offurniture for test.
P. 221. (Prze-m.vsl Drzewny, Vol. 7, no. 7, July 19~76, Warszawa, Poland)
Monthly Index of East Furoepean Accessions (FTAl) U. Vol. 7, no, 2,
February 1958

TRUSZKOWSKII S....
From tho history of ~mltting. p. 21111
ddziez
Lod,
Vol. 6, no 11, Ncroember 1955
Source; East European Accessions List (EIAL), IC, Vol 5, no 3, March 1956

TRU.SZKOWSKI, Tadeusz
The need of standardization of the terminoloa and aZatematics
in the field of forest management. Sylwan 104 no-5:65-70
My 160.

TRUSZKOWSKI, W.
On the proper measure of deformation in the tensile testing of
plastic metals and alloys. Bul Ac Pol tech 0 no.1153-61 160.
(EKAI 9:7)
1. Department of Metals, Institute of Basic Technical Problems,
Polish Academy of Sciences. Presented by A.Krupkowski.
(Metals) (Alloys) (Deformations (Mechanics))
(Plasticity)

ze,

THMj7VqI~;i'J) 4.
Plastic deformation of st-?ej- in T,-,ie Lr.-J harlnc-E. t~S7. :.. 3i.-).
ARCHIV,11 GORNIGNA I iiI:'JN'-iCTdA, Vol. 3, Nc,- 3, 1955
(Polska Akademia Nauk. Korltet rjornictwa i Komitet llutnictwa) Warszawa
SOURCE: East European Accessions List 7o1. 5, 'o. I jan. i956

THY

till-
Tons st'd
--U7-
pp.

4#0
000 * * 0 a 0 0 0
-14 00 66446400600

AI 4 1 r i f 10 11 U 1i mm0it
C- aa so M jiaIV 11 U 011 4
PA-L I-M 10 U1.11-i 11 V 10 0 410 4 At
..q IV'P 0*01.1 1.0 . .D di. csvl~j

GOMNL A. Krupkavidd and W. Trunkowski Iffw1mik\
1047- IL00). 483-448).--Un Polish]. Now *oWN-W-b-M f, lkywin
I 6-d 84--K amWum s-lo
do
1
4
ti
3
-
e
.
. &n
mmy
"7,
0
0
-
m
25%. The she"g rulatance of them amy, wntLLnics
'
6
.00
3-8
,
D 'Line im about 20% higher than that of the allay ountabling lead 7a and
o
,
in f6a
t
Thd
w
w
t
" 00
rre
g
oo
ocorro
0.
inajo
Osqumwiw)lutkpnofoAum
,
'
o
h= i6
i
*
4
1 .
*0 M
or
8 mouthm
ory
_40
, 7U now alloys can be-
e
used for the wWwbi of ginot COPM, =.Xhm" sheets, by ordiftr 40
64 p
methods. uskm covwr Mta.-A. K,
00a doe

00 0
-4 0
0
-00
doe
I-See
'00
00
IV 0.1 Olt &.I
AV 00 A
q 4 Alto
u w PC a ct Is of no n 114
0 0 0 0 0 0 0 0 a 0 0 0 0 0 a 0 0 a 0 0 040 0 00 0 0 0 0 0 0 0 0 0 0 0 a
0009 A*0 00 9 0 0 10 #0 0 0 0 0 0 0 0 04 0 4a0 *0 0 0**** 0 * 0

of 00 4 0 0 0 0 0
0 0 0 0 0 0 0 0 St 0 0 09 06 0 0 0 0 0 0
I. v Is a 10 Sp a 0 1
a I 1 0 0 It W 11 W 14 11 It a x a v 0 of a a 4111 alto
a a I A L 1- A- .1-1 _P 0-
00 A M_ 74-m-Sk
A
00
-do Ube Rasa" 111"iWibe MiriLtum NuAw 4 0..
0 411141411,1110 Of UW TORAW TOL A. Krulikolit-lal anil W. -00
rnmktjwxki (.4rrA. MffA. AU.. IIWWI. JL 2A#; .4pta. 0
MwAciiiii, ~Rm. 1961. 4. Svi), -V&Imm j.( the fl[kamni a -0
in
;Mvifs 6w h - Ad* irzte ruessuml for bell Indentathom -00
i 0%~ M, too" mid workod in toonlon by various amounts
(L - load. d - impnmkm 4L&.). 'Me law is found W hold -00
right upton bernispbericalimprtmion. In the fully annesk-d
0: staim, a - 2-d3 fat Au. 2-51 for (,u, 2,30 for 70: 30 bram. see
'3 244 for M, 2-43 (twAg. 2-36 for Al. still 2-31 for Moool metal. .00
After hmvy prostratnin$ In tmialon, m is vvry nosily 241 ftyr coo
all tile". Ute mt4o of load to pnwjpcw arm is Own nXiat.
'31 oluring Indentation and 14 foutid. to ho approx. 2-9 Limes Ow
41.1'rMpunditiglonsilitylold straw. Ftw&nnmWtwnmvIrm9r1v
-orked nK4&lo, empiriml relatitins are prolumml betamisc-
1-1 #vrt#tin vh,imc4mii"v t-( thr bAnfru-4im and trimitio t~IA. moo
ED:]
see
too
two
go
too". -41111" ftc a- &%I
AKAL. L 9 4 Ild 0 1 V 01 1 JOB 4 3
U S AV mi it . I, ; " , ; '
K a it or a It Al
:' 0 q * 0 0 0 0 * 9 0 0 0
!* 0 0 go 0 * 0 0 0 90 a 0 o a 0 0 0 0 0 0 0 0 0 0

6 &M
1.13
flu-FOOD doal samm .% ho,11,1I ... I
fit)), 404 J14- 4 I,qfisj#l hwo 0.11,411P h1tv Ow sop"'
0 41.11,11 1
if It f.
It to fir_ TO* hKting
I.-wasim. 4 -00
3 A'.';, flow to 410'Ut hli(twr tkals that 4 11W 41WIr -11t,1111111101 44 71% wid
......... ..
fill ?. .1
IQ
It,, to
As
Fii.
Ve
Off 0
A" I I, a
to of At do III It go
0 0 0 0 0 0 0 0 a 41 0 0 0 0 0 0 0 0 0 411
0
I
0 0 0 0 0 0 0 0 9 a 0 see 1964~sts O's 0 0 0 0 4 0 0 0 0 0 0 111 0 0

0 0 0 0 0 0 0 0 0 a S Io a f 6 jo~V7 g Q~~(JTjj4$~G 10 o o 0
4 t 4 t I I Is 11 It 11 is Is If Is of LU b 31 35 Is A 0 A . 11 1)U Id a Is 1) Is p W 41 V01 a a re
A It f
4
0 A -(6 the Rakum x4m;W1bil But*" Xb. A C.
adlaients of Q# Tsoxk TUL A, Krupknaki and W, -00
0 1&1 Orrh- Mtch- 9&.. 111-50, L (3). 240. Iprd.
~1";
)Zkon
Rev., 1031, 4, m)-valum o( the elpm"t a
6 a in Mever's law L - A41- were tne"urex! fcw hall indentati..na
0 a in Wv*rml niptliho cold %wited in Unudoo by various anmmit4
0 Wall- It - hillif"Mikin dih-)- The 14; iM (0111141 W 61111
fight tall t4) a hettlimpherical imlort"U"I. til thm fully ArIl",n6l
state. a - 2-M fur All. 2-5f for Cu, 2-50 fife brA-.
21-46 for Ni, 2-43 for A
.3 f. 2-36 for A], and 2-31 forlihmiel Inctal.
.After heavy- preistraining in tmulon, a in very nearly 2-0 Aw
all metals; thil ratio of load to projectcId area is then cxmt.
during indentatlun and im found to bo approx. 2-9 firne" lho
morked metabi, empiriml relations am prulxvwJ betam;i
III a mirtain characterimUm of the hardne" and tension tmL%.
go*
600
.00
too
too
boo
ifiliv isig'a" All
r I a OW Q a -3 a a
IV if if K9911 lift :U
,U* n I fo 1111 00 0 0 6 0 111 * a
0 000 0 000 go 00 0 0 0 0 0 * 0 o 0
0 oso ;q 0 0 00 * * 00 0 0 4 4 40- 04 0 :0 0 0 0 * 0 0 0 0 0 0 a 0 a 0 00 'a,

6 6 6 a a 0 0 4, a 6 6 a 6 6 Ov a-
9 0 0 0 0 0 o 0 to 6 0 v4 0 6 4-0-6 f-t- 0
4 4 1, a If II tl W Is It It It a III a D A a a 2 A b it v At I& k v a N L .1 41 it u 4,
A a L A-L-t- AAt F Q I I-] tit U1.4---b A I .-_-i
00 At
Of '00
00 -00
00
oo 00
oo Low meltiM point 1101derg Containing no .. tin. A.
o0 Krupkowski and W. Trunkowsid. 11mixik 14, 41VI 8
(1947).--A farxe no. of Pb-bam soldcn (contg. 11b 1o-
00 m1p, Cd muff Zn 5-111, and Cu, 1'. Sb, Al. and Mg 0-1- =00
*0 4 ()c;) were 1wetid. and te,ted in an amn t to find a
IIIW*101
00 t uilder contg. no So. The compri. ~ two vildert, 0
Itaving X-Iod appearance, adhebitin, strength, and res6t.
00 ;Srlc*t to curropkion am given as: t I) Ph M-0.5, Cd H. zo
S, 0.7. .-1 At 4v;.157,; and (11) Pb K4.115. Cd fit,
0
00 ;;t 51, Sh f1.7, and Al IVZV~ Frank cApurt 0, 1=0
0
;;o 0
0
;goo
!too
to 0
-",p
Uo
no
L a of ?At tutrKAL LITtRATUSI CLOSIFICATION
All
A is lop
An A I V Phi 0 4 3 a V
U ts AV Do it put, M* min I(SI pfaft ItCgKlDn I'K4 dmO
10 1 00 69010 0 00 0 00 0 0 o 0 0 o a 0 0 0 111 0: 0 0 00 a 0 o 0 00 0 0001,
0 0 0 0

0 00
0 60 6
009 0 6 0 0
11 m n m oil v is J9 6i 41 a I is Is
'A Is
_A.L m
00
olkA
0
00
00

06 MUM A. and W.
37y).".

&4&"m9 "Ys t-MUR'06 Vb &C-ft Cd 6-10, Zo 1-6. Sb
J16-&7. swad Al 0-~26% aft d
oib
d
71
om
e
.
W showmg fewstsawe
e4 sock "T 64'st4k 3-4% ul Zo Is abmt 2u% pester tmn
" W
3
M

w I a I
1251 SAW. TbAr 1"Mal" 4v witumun to
10% 44. $&a is Sathist*Ury Alter
l
f
s
00
al
mrs
or I
jamths, The
b* umd fOr K"Ofiff 4t.0
and bcass sherts by
.tb.,,,, ushq cm
8 CLAR&N
. t

'Go
I L A ojy~VRGKAL LITIOAT01 CLASSNKATION woo
... . - - - - . Ia.,
0.. Odc c~ all 41, 0
.no.* -4
ff T Is so 14
SL 1, 1 tpt it KID n "114
As 10 is 0 11 e 9 9 0 0 0 0 9 0 0 0 Goo
0 0 re e 0 0

TRUSZKOWU1, D~~LC,,
- ----------------
"The influence of nonhomoFeneity nn the oieformaticn of copper during a
tension test."
p. 205 (Archiwum Hutnictwa) Vol. 2, no. 3, 1957
Warsaw, Poland
SO: Monthly Index of East European Accessions (EEAI) LC. Vol. 7, no. 4,
April 1958
4~-

TRUS~TXW%I, W.
The problr-m of the anisotropy of cold-worked polycrfatellIne metr1r. p. 171
(Archiwum Hutnictwa, Warszawa, Vol. 1, no. 2, 1956.)
SO: Monthly qst of East 1'-uropean Accessions (EE,,L) LC, Vol. 6, no. 7j, July 1957. Uncl.

1, 1 4
f,PV~I-Ilr T-ist rf ast urc r]

TRUSZKOWM, Wanda
I I%). Bathmia iia(I mykotrotimiem itizimiego zespolu h1kowego
575-7s-hii-fiilt~~od Wroclawiem. -,it mYroltophism ill thc III%%-
I vi I I,, v I( I I I It, I at P., I v1 It -11~ III -;I r W it I -I; mI 11, 1 SI If'. A It .Ji ', th 21,12.
195-216. 1 19:d. lFrench satimmi-Y.1
Tilt- rviuh~oftllv im oll till- Ill votlophioll orphilt w;'oviatiolls ill
till. vail,- or ill,- riv--v nt P~lv Pob- iwnr Wrlwhiv. Poland Isi-v
abstrai-I 1, illdivati. that ill 'yc,,tr,,phiv pLints vowAitutv 68 per ci,iit. of' thp phtit
zv'~;')riat it Ill. 11)(AlOv'I alliolit., Ow"f. ar'. b"thaf-l-oll-i pial&Z' Inally oflill. 11mr-shiand
phlylts. lilld IIIII't of till, 3~' it. 2691. Well di-velopo-il r,-ot
Oil t Ill' L0'~IIIIIiIII)S!kf' ililliVIO PI h;kt ill.ycotrophism k not exchivivil 1).y
bartf.-riotrophism; iwitim-ir is a pormaiwnt feature of vertaill 101:111t, '.101-vies 411141
both depel)(1 or] ecological alid biocoellolic ronditioits. Mycolrophism is s-11-11t1v -
ill fluem-ed by t III- miiieral composit ioii of I he soil. ~J

TRUSZKOWSKI, Wojciech; KAPERA, Wladyslawa
Indexes of latent plasticity of casting copper alloys.
Prace inst odlew 12 no. 3: 202-218 162 [publ. 164].
1. Departmant of Physical Metalluiigy ot Nonferrous Metals,
School of Mining and Metallurgy, Krakow and Laboratory
of Nonferrous Metals, Institute of Casting, Katowice.