P. Mertens

发表

Sputtering and chunk ejection from UO2 and metallic layers deposited on UO2

J. Biersack, D. Fink, P. Mertens, 1974 .

INTERACTION BETWEEN AIR FLOW AND AIRBORNE SOUND IN A DUCT: VOLUME II. ACOUSTIC EXCITATION OF BOUNDARY LAYER AND RADIATION IMPEDANCE OF ORIFICES.

F. Mechel, W. Schilz, F. P. Mechel, 1964 .

Determination of low dose concentration profiles in solids by means of (n, p) and (n, α) reactions

J. Biersack, P. Mertens, K. Müller, 1977 .

Reference proton stopping cross sections for five elements around the maximum

P. Bauer, P. Mertens, D. Semrad, 1986 .

Precision measurements of energy losses of He-ions in thin carbon foils

Chee-Wai Cheng, T. Krist, I. Reid, 1986 .

Electronic stopping cross sections for 30–300 keV protons in materials with 23 ⩽ Z2 ⩽ 30

T. Krist, P. Mertens, 1982 .

STOPPING RATIOS OF 50–300 keV LIGHT IONS IN METALS

T. Krist, P. Mertens, 1980 .

Stopping of hydrogen ions in oxides: influence of the chemical bond

P. Bauer, P. Mertens, W. Rössler, 1992 .

How to measure absolute stopping cross sections by backscattering and transmission methods: Part II. transmission

P. Mertens, 1987 .

The influence of different experimental methods on the measured energy dependence of stopping powers

P. Bauer, P. Mertens, D. Semrad, 1985 .

The influence of the polycrystalline structure of thin copper foils on the energy loss of transmitted 300 keV ions

P. Mertens, 1979 .

Proton stopping powers in Al, Ni, Cu, Ag and Au measured comparatively on identical targets in backscattering and transmission geometry

P. Bauer, P. Mertens, D. Semrad, 1986 .

Energy loss of light 300 keV ions in thin metal foils

P. Mertens, 1978 .

Reference stopping cross sections for 30–600 keV protons in silicon

P. Bauer, P. Mertens, 1988 .

The influence of foil inhomogeneities on the angular dependence of experimental stopping cross sections

T. Krist, P. Mertens, 1986 .

Experiments on the difference between most probable and mean energy loss for foil transmitted protons

P. Mertens, 1986 .

Application of brandt's effective charge theory to measurements for 50–350 keV ions with 1 ⩽ Z1 ⩽ 5

T. Krist, P. Mertens, 1984 .

Stopping ratios for 30–330 keV ions with 1≤Z1≤5

T. Krist, P. Mertens, 1982 .

Stopping ratios for 30–330 keV light ions in materials with 57⩽Z2⩽83

T. Krist, P. Mertens, 1983 .

Proton energies at the maximum of the electronic stopping cross section in materials with 57⩽Z2⩽83

T. Krist, P. Mertens, 1983 .

Projected ranges and range stragglings of Au and Bi implanted into carbon films and into SiO2

J. Biersack, D. Fink, M. Behar, 1987 .