1 |
P-T phase diagram at various concentrations for the NH4BrxCl1-x system Salihoglu S, Tari O, Yurtseven H Materials Chemistry and Physics, 71(2), 210, 2001 |
2 |
Absolute concentration measurements using DFWM and modeling of OH and S-2 in a fuel-rich H-2/Air/SO2 flame Radi PP, Mischler B, Schlegel A, Tzannis AP, Beaud P, Gerber T Combustion and Flame, 118(1-2), 301, 1999 |
3 |
Reactions of N(2(2)D) with H2O and D2O; identification of the two exit channels, NH(ND)+OH(OD) and H(D)+HNO(DNO) Umemoto H, Asai T, Hashimoto H, Nakae T Journal of Physical Chemistry A, 103(6), 700, 1999 |
4 |
Evidence for the OH(A) formation in photo-initiated reaction of HBr center dot N2O cluster Ohoyama H, Sawai T, Tsuboi S, Kasai T Journal of Chemical Physics, 109(11), 4443, 1998 |
5 |
The Electronic-Transition Moment Function for the B0(U)(+)((3)Pi)(--)X(1)Sigma(+)(G) Transition in I-2 Tellinghuisen J Journal of Chemical Physics, 106(4), 1305, 1997 |
6 |
Degenerate four-wave mixing of S-2 and OH in fuel-rich propane/air/SO2 flames Mischler B, Beaud P, Gerber T, Tzannis AP, Radi PP Combustion Science and Technology, 119(1-6), 375, 1996 |
7 |
Electronic-Transition Moment and Rotational Transition-Probabilities in CH .2. B-2-Sigma(-)-X(2)Pi System Luque J, Crosley DR Journal of Chemical Physics, 104(11), 3907, 1996 |
8 |
Cold-Wall Ultrahigh-Vacuum Chemical-Vapor-Deposition of Doped and Undoped Si and Si1-xGex Epitaxial-Films Using SiH4 and Si2H6 Li C, John S, Quinones E, Banerjee S Journal of Vacuum Science & Technology A, 14(1), 170, 1996 |
9 |
Photodissociation of Hod (Nu(OD)=3) - Demonstration of Preferential O-D Bond Breaking Cohen Y, Bar I, Rosenwaks S Journal of Chemical Physics, 102(9), 3612, 1995 |
10 |
Mode-Selective and Bond-Selective Reactions of Chlorine Atoms with Highly Vibrationally Excited H2O and Hod Thoemke JD, Pfeiffer JM, Metz RB, Crim FF Journal of Physical Chemistry, 99(37), 13748, 1995 |