E 1.99: conf-800656-1
|
Picosecond studies of temperature and solvent effects on the fluorescence from coumarin 102 and acridine |
1 |
E 1.99: conf-800656-2
|
Report on picosecond studies of electron transfer in photosynthetic models |
1 |
E 1.99: conf-800656-3
|
Excited-state proton transfer kinetics in 1-naphthol compounds and organometallic complexes |
1 |
E 1.99: conf-800656-4
|
Excited-state proton-transfer kinetics in 1-naphthol, 1-naphthol-sulfonates, and organometallic complexes |
1 |
E 1.99: conf-800658-1
|
Asymptotic distribution of a histogram density estimator |
1 |
E 1.99: conf-800660-1
|
Studies on the LASL cadmium-cadmium carbonate cycle |
1 |
E 1.99: conf-800660-2
|
Metal sulfite/sulfate reactions in thermochemical hydrogen cycles |
1 |
E 1.99: conf-800661-1
|
Numerical simulation of reactive flow in internal combustion engines. [CONCHAS-SPRAY code] |
1 |
E 1.99: conf-800661-2
|
Fractional volume of fluid method for free boundary dynamics |
1 |
E 1.99: conf-800661-3
|
High resolution difference schemes for compressible gas dynamics |
1 |
E 1.99: conf-800665-1
|
Portable radio frequency hyperthermia instrumentation. [For heating tumor tissues in situ] |
1 |
E 1.99: conf-800667-1
|
Qualification of tribological materials and coatings for use in sodium. [LMFBR] |
1 |
E 1.99: conf-800668-1
|
Spatial averaging algorithms for ultrasonic inspection of austenitic stainless steel welds |
1 |
E 1.99: conf-800669-1
|
Modern tools to evaluate and optimize fire protection systems |
1 |
E 1.99:conf-800670-1
|
Thermal transport properties of niobium and some niobium base alloys from 80 to 1600°K |
1 |
E 1.99:conf-800670-3
|
Redox measurements in molten urania. [O/U ratio] |
1 |
E 1.99: conf-800672-1
|
SPS environmental effects on the upper atmosphere |
1 |
E 1.99: conf-800673-1
|
More basic approach to the analysis of multiple specimen R-curves for determination of J/sub c/ |
1 |
E 1.99: conf-800673-2
|
Mechanical model for ductility loss |
1 |
E 1.99: conf-800673-3
|
Fracture toughness testing on miniature specimens using the electropotential techniques |
1 |