By Tatsuki Ohji, Josef Maty??, Navin Jose Manjooran, Gary Pickrell, Andrei Jitianu
This lawsuits features a selection of 26 papers from the subsequent six 2013 fabrics technological know-how and expertise (MS&T'13) symposia:
- Green applied sciences for fabrics production and Processing V
- Materials improvement and Degradation administration in Nuclear Applications
- Materials matters in Nuclear Waste administration within the twenty first Century
- Energy garage III: fabrics, structures and Applications
- Nanotechnology for power, Healthcare and Industry
- Hybrid natural – Inorganic fabrics for replacement Energy
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Extra resources for Advances in Materials Science for Environmental and Energy Technologies III: Ceramic Transactions
Moreover, variation of discharge energy depending on the distance between the electrodes of nanosecond pulse generator was smaller than that of DC. These demonstrate that nanosecond pulse generator produce more ions than DC and stable discharge is possible by using nanosecond pulses without being greatly affected by the distance between the electrodes. Therefore, we conclude that nanosecond pulse will be more useful for manufacturing electrets than DC. M. Mertens: Micropower energy harvesting, Solid-State Electronics, 53, 684–693 (2009) 2Hua-Bin Fanga, Jing-Quan Liua, Zheng-Yi Xub, Lu Donga, Li Wangb, Di Chena, Bing-Chu Caia, Yue Liub: Fabrication and performance of MEMS-based piezoelectric powergenerator for vibration energy harvesting, Microelectronics Journal, 37, 1280–1284 (2006) 3M.
6 kV DC is the maximum voltage that can be applied to the sample without being damaged. Table I. Capacity of nanosecond pulse generator Pulse width 70 ns Output voltage(max) -30 kV Pulse risetime 10 ns Repetition frequency(max) 500 Hz Output current(max) -30 A Input voltage 24 V Table II. Electret fabrication conditions DC Nanosecond Pulse Output voltage −6 kV −20 kV −15 kV −10 kV Pulse repetition frequency − 200 Hz Distance between electrode 10 mm Discharge time 30 min Heat temperature 250 °C Figure 2.
A, 41A (2010). LARGE POROUS IRON OXIDE PARTICLES SYNTHESIZED FROM HYDRATED IRON PHOSPHATE PARTICLES OF STRENGITE S. Fujieda, K. Shinoda, S. Suzuki Institute of Multidisciplinary Research for Advanced Materials, Tohoku University, Katahira 2-1-1, Sendai 980-8577, Japan ABSTRACT To obtain large porous iron oxide particles for application to arsenic adsorbents, hydrated iron phosphate particles of strengite (FePO4·2H2O) were synthesized from a solution containing ferrous (Fe(II)) ions and then treated using an alkaline solution.
Advances in Materials Science for Environmental and Energy Technologies III: Ceramic Transactions by Tatsuki Ohji, Josef Maty??, Navin Jose Manjooran, Gary Pickrell, Andrei Jitianu