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1

Heat capacity of plutonium dioxide below 325° K

Journal:

Journal of Nuclear Materials

Year:

1963

Language:

english

File:

PDF, 871 KB

english, 1963

2

Evidence for order-disorder in PuC0.80 at low temperatures through specific-heat measurements

Thomas A. Sandenaw

Journal:

Journal of Nuclear Materials

Year:

1975

Language:

english

File:

PDF, 493 KB

english, 1975

3

Difficulties in producing pure α-phase plutonium

Journal:

Journal of Nuclear Materials

Year:

1978

Language:

english

File:

PDF, 394 KB

english, 1978

4

Magnetic susceptibility of pure plutonium metal above 300 K

Clayton E. Olsen, Alan L. Comstock, Thomas A. Sandenaw

Journal:

Journal of Nuclear Materials

Year:

1992

Language:

english

File:

PDF, 386 KB

english, 1992

5

Effects of self-induced radiation damage on the low temperature heat capacity of a specimen of electro-refined high purity plutonium

Journal:

Journal of Physics and Chemistry of Solids

Year:

1962

Language:

english

File:

PDF, 790 KB

english, 1962

6

Heat-capacity behavior of impure neptunium metal below 320°K

Thomas A. Sandenaw

Journal:

Journal of Physics and Chemistry of Solids

Year:

1965

Language:

english

File:

PDF, 372 KB

english, 1965

7

Multiple martensitic transformations in plutonium metal and a suggested similarity in electronic behavior of plutonium metal phases and d-electron transition element alloys

T.A. Sandenaw, J.F. Andrew

Journal:

Journal of Nuclear Materials

Year:

1990

Language:

english

File:

PDF, 1.24 MB

english, 1990

8

An explanation for similarities in properties of α-phase Pu and TiNi alloys

Thomas A. Sandenaw

Journal:

Journal of Nuclear Materials

Year:

1992

Language:

english

File:

PDF, 1.22 MB

english, 1992

9

The electrical resistivity and thermal conducitvity of plutonium metal

Thomas A. Sandenaw, Robert B. Gibney

Journal:

Journal of Physics and Chemistry of Solids

Year:

1958

Language:

english

File:

PDF, 711 KB

english, 1958

10

Heat capacity, thermal expansion and electrical resistivity of an 8 a/o aluminum-plutonium (delta-phase stabilized) alloy below 300°K

Journal:

Journal of Physics and Chemistry of Solids

Year:

1960

Language:

english

File:

PDF, 662 KB

english, 1960

11

Determination of the rate of heat generation of plutonium metal

Thomas A Sandenaw

Journal:

Journal of Physics and Chemistry of Solids

Year:

1962

Language:

english

File:

PDF, 173 KB

english, 1962

12

Heat capacities of NbC0.702, NbC0.825, NbC0.980 and Nb2C below 320°K

T.A. Sandenaw, E.K. Storms

Journal:

Journal of Physics and Chemistry of Solids

Year:

1966

Language:

english

File:

PDF, 204 KB

english, 1966

13

Heat capacity behavior of PuFe eutectic alloy (10 a/o Fe) between 15 and 373K. Evidence for order-disorder and an antiphase structure below room temperature

Thomas A. Sandenaw, Delbert R. Harbur

Journal:

Solid State Communications

Year:

1973

Language:

english

File:

PDF, 115 KB

english, 1973

14

Heat capacity and derived thermodynamic functions of 242Pu from 15 to 373 K

Thomas A. Sandenaw, Robert B. Gibney

Journal:

The Journal of Chemical Thermodynamics

Year:

1971

Language:

english

File:

PDF, 687 KB

english, 1971

15

Heat capacity and derived thermodynamic functions of NpC0.91 from 15 to 373 K

Thomas A. Sandenaw, Robert B. Gibney, Charles E. Holley Jr.

Journal:

The Journal of Chemical Thermodynamics

Year:

1973

Language:

english

File:

PDF, 371 KB

english, 1973

16

Heat capacity and derived thermodynamic functions of the zeta phase in the Pu + Zr system between 15 and 373 K

Thomas A. Sandenaw, Delbert R. Harbur

Journal:

The Journal of Chemical Thermodynamics

Year:

1973

Language:

english

File:

PDF, 357 KB

english, 1973

17

Heat capacity behaviour of Pu−Fe eutectic alloy (10 a/o Fe) between 15 and 373°K. Evidence for order-disorder and an antiphase structure below room temperature

T.A. Sandenaw, D.R. Harbur

Journal:

Journal of Physics and Chemistry of Solids

Year:

1973

Language:

english

File:

PDF, 608 KB

english, 1973

18

Evidence for an antiphase type of structure in Pu metal and its alloys

Thomas A. Sandenaw, Delbert R. Harbur

Journal:

Journal of Physics and Chemistry of Solids

Year:

1974

Language:

english

File:

PDF, 975 KB

english, 1974

19

Causes for the variable superconducting transition temperature in uranium metal

Journal:

Solid State Communications

Year:

1982

Language:

english

File:

PDF, 384 KB

english, 1982

20

Reply to a criticism of a paper regarding Martensitic behavior of α-phase uranium

Thomas A. Sandenaw

Journal:

Scripta Metallurgica

Year:

1978

Language:

english

File:

PDF, 57 KB

english, 1978

21

Variable low-temperature martensitic behavior of alpha-phase uranium

Thomas A. Sandenaw

Journal:

Scripta Metallurgica

Year:

1978

Language:

english

File:

PDF, 210 KB

english, 1978

22

Multiple effects of a martensitic transition in alpha-phase uranium: Valence fluctuations, CDWS, discommensurations and solitons?

Journal:

Scripta Metallurgica

Year:

1981

Language:

english

File:

PDF, 374 KB

english, 1981

23

The martensitic transformation in uranium metal and its effect on superconductivity

Journal:

Scripta Metallurgica

Year:

1982

Language:

english

File:

PDF, 307 KB

english, 1982

24

Twinning as a clue to a CDW-like behavior and to a lack of SME in plutonium metal

Sandenaw, Thomas A.

Journal:

Journal of Alloys and Compounds

Year:

1994

Language:

english

File:

PDF, 225 KB

english, 1994

25

Incommensurate/commensurate charge-density-wave states as a source for plutonium metal behavior

Sandenaw, T. A.

Journal:

Phase Transitions

Year:

1989

Language:

english

File:

PDF, 1.38 MB

english, 1989

26

Magnetic Properties of Plutonium Hydride and Deuteride

Olsen, C. E., Sandenaw, T. A., Matthias, B. T.

Journal:

Journal of Applied Physics

Year:

1963

Language:

english

File:

PDF, 363 KB

english, 1963

27

ChemInform Abstract: HEAT CAPACITY AND DERIVED THERMODYNAMIC FUNCTIONS OF THE ZETA PHASE IN THE PU+ZR SYSTEM BETWEEN 15 AND 373 K

SANDENAW, THOMAS A., HARBUR, DELBERT R.

Journal:

Chemischer Informationsdienst

Year:

1973

File:

PDF, 94 KB

1973