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To avoid the need for single-pulse operation, the use of a laser pulse with a pulse length on the order of the duration of a hydrogen-production pulse is necessary. To accomplish this, a laser pulse with a pulse width of 1 ns was chosen and a nsHHG amplifier was used to generate the 1-ns pulse. The wavelength of the laser was 532 nm. The pulse energy used was 1.3 mJ. The laser was incident with a 45-degree angle. The laser on target was a higher pulse energy of 1.6 mJ, which was not used to avoid heating of the sample. The absorption spectrum of the sample was measured before and after the test, and only one hydrogen production peak was observed. The signal enhancement ratio of the hydrogen production was approximately 1.7. A sample size of 5 x 5 x 30 mm3 was used with a laser-to-sample distance of 15 mm. A potential of 1000 V was used. This was adequate to produce a peak voltage output voltage to fracture a single crack. A voltage of 750-1000 V was used for the laser on target. The laser was raster-scanned, and the area was of size 1 x 1 x 30 mm3. A scan time of 40 minutes was used. In some cases the laser was raster scanned for 60 minutes. The largest sample was a 1.7 x 1.7 x 80 mm3 sample of zircaloy-4 cladding. No cracks were observed in any of the samples. The amount of hydrogen produced by the test depended on the sample size and test conditions.
We recently reported on the preparation and examination of transversely isotropically-oriented alumina whiskers as analogs to ceramic foams. The objective of this study was to characterize the mechanical performance of these materials. Aluminum oxide whiskers with a width of 125 microns and an aspect ratio of about 100 were glued to glass rods and subjected to tensile and compression tests.
To avoid the need for single-pulse operation, the use of a laser pulse with a pulse length on the order of the duration of a hydrogen-production pulse is necessary. To accomplish this, a laser pulse with a pulse width of 1 ns was chosen and a nsHHG amplifier was used to generate the 1-ns pulse. The wavelength of the laser was 532 nm. The pulse energy used was 1.3 mJ. The laser was incident with a 45-degree angle. The laser on target was a higher pulse energy of 1.6 mJ, which was not used to avoid heating of the sample. The absorption spectrum of the sample was measured before and after the test, and only one hydrogen production peak was observed. The signal enhancement ratio of the hydrogen production was approximately 1.7. A sample size of 5 x 5 x 30 mm3 was used with a laser-to-sample distance of 15 mm. A potential of 1000 V was used. This was adequate to produce a peak voltage output voltage to fracture a single crack. A voltage of 750-1000 V was used for the laser on target. The laser was raster-scanned, and the area was of size 1 x 1 x 30 mm3. A scan time of 40 minutes was used. In some cases the laser was raster scanned for 60 minutes. The largest sample was a 1.7 x 1.7 x 80 mm3 sample of zircaloy-4 cladding. No cracks were observed in any of the samples. The amount of hydrogen produced by the test depended on the sample size and test conditions.
We recently reported on the preparation and examination of transversely isotropically-oriented alumina whiskers as analogs to ceramic foams. The objective of this study was to characterize the mechanical performance of these materials. Aluminum oxide whiskers with a width of 125 microns and an aspect ratio of about 100 were glued to glass rods and subjected to tensile and compression tests.
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