# Browse by Subject "Physics, Condensed Matter"

• (1964)

application/pdf

PDF (4Mb)
• (1990)
Ultrafast flash photolysis is used to investigate the rebinding of carbon monoxide to protoheme (PH), myoglobin at pH = 3 (Mb3), and heme octapeptide (HO) in a glycerol:water (75:25) glass. A new laser system was constructed, ...

application/pdf

PDF (7Mb)
• (1970)

application/pdf

PDF (3Mb)
• (1987)
Ultrasonic attenuation and velocity measurements were performed to probe the structure and annealing behavior of solute self interstitial complexes in electron irradiated (T -monoclinic defect symmetry is present. The ...

application/pdf

PDF (5Mb)
• (1986)
The properties of trapped hydrogen tunneling systems in Nb and the analogous systems, H in Ta, and D in Nb have been studied with ultrasonic techniques at low temperature. Attenuation due to H in Ta was measured between ...

application/pdf

PDF (4Mb)
• (1995)
The ultrasonics studies undertaken in this work illustrate the applicability of ultrasonics to a broad variety of problems. In the case of Fe, the objective is to measure the production and annealing of the diaelastic ...

application/pdf

PDF (7Mb)
• (1989)
The 1/f noise in strongly disordered metallic CCu and SiAu systems was studied in the temperature range 2-300 K. The temperature, frequency, and electric and magnetic field dependencies were found to be consistent with the ...

application/pdf

PDF (6Mb)
• (1993)
Data are presented on various laser and optical devices that utilize native oxidation of Al bearing III-V semiconductors to effect large lateral index steps. These large index steps are due to the low refractive index of ...

application/pdf

PDF (3Mb)
• (1994)
The existence and behavior of ground-state and thermally-activated excitations in helium solids have been extensively examined by a variety of experimental and theoretical studies. Although these excitations are typically ...

application/pdf

PDF (3Mb)
• (1971)

application/pdf

PDF (4Mb)
• (1992)
The development of high performance heterostructure transistors is essential for emerging opto-electronic integrated circuits (OEICs) and monolithic microwave integrated circuits (MMICs). Applications for OEICs and MMICs ...

application/pdf

PDF (4Mb)
• (1992)
This thesis contains basically three independent but related parts. In the first part, the concept of finite compressibility of a Fermi superfluid is used to reconsider the problem of inertial mass of vortex lines in both ...

application/pdf

PDF (4Mb)
• (1981)
Extended x-ray absorption fine struture (EXAFS) spectra have been obtained for a group of layered transitional-metal dichalcogenide crystals, including the nonstoichiometric compounds Ti(,1+x)Se(,2) and the alloys ...

application/pdf

PDF (3Mb)
• (1986)
Norm conserving pseudopotentials are implemented in the Hartree Fock formalism to study the local electronic response to X-Ray absorption in alkali metals and alloys. The pseudopotentials are tested in a variety of ...

application/pdf

PDF (3Mb)
• (1996)
Doping of impurities may affect the Curie temperature (T$\sb{\rm c})$ associated with the ferroelectric phase transition in terms of lattice harmonicity and anharmonicity including the creation of the defect energy. Its ...

application/pdf

PDF (7Mb)
• (1993)
Heavily doped p-type GaAs is important for both optical and electronic devices, and recently carbon has become the preferred base dopant for AlGaAs/GaAs and InGaP/GaAs heterojunction bipolar transistors (HBTs) due to its ...

application/pdf

PDF (5Mb)