Microstructural stability of spark-plasma-sintered W f /W composite with zirconia interface coating under high-heat-flux hydrogen beam irradiation.

Počet záznamů: 1

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014		$a 85021324351 $2 SCOPUS
014		$a 000417640600012 $2 WOS
017		$a 10.1016/j.nme.2017.06.007 $2 DOI
100		$a 20171218d m y slo 03 ba
101		$a eng
102		$a NL
200	1-	$a Microstructural stability of spark-plasma-sintered W f /W composite with zirconia interface coating under high-heat-flux hydrogen beam irradiation.
215		$a 7 s. $c P
300		$a chybná afliliace
463	-1	$1 001 cav_un_epca0468209 $1 011* $e 2352-1791 $1 200 1 $a Nuclear Materials and Energy $v Roč. 13, December (2017), s. 74-80 $1 205 $a ONLINE $1 210 $c Elsevier
610		$a tungsten-fibre/tungsten composites
610		$a plasma-facing components
610		$a spark plasma sintering
700	-1	$3 cav_un_auth*0355382 $4 070 $a Avello de Lama $b M. $y ES
701	-1	$3 cav_un_auth*0290893 $4 070 $a Balden $b M. $y DE
701	-1	$3 cav_un_auth*0290912 $4 070 $a Greuner $b H. $y DE
701	-1	$3 cav_un_auth*0294107 $4 070 $a Höschen $b T. $y DE
701	-1	$3 cav_un_auth*0101398 $i Materiálové inženýrství $j Materials Engineering $k MI $l MI $w Materials Engineering $4 070 $a Matějíček $b Jiří $p UFP-V $y CZ $T Ústav fyziky plazmatu AV ČR, v. v. i.
701	-1	$3 cav_un_auth*0290945 $4 070 $a You $b J.H. $y DE $z K
856		$q pdf $u https://www.sciencedirect.com/science/article/pii/S2352179117300273 $s 2725 kB

Počet záznamů: 1