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Microstructural stability of spark-plasma-sintered W f /W composite with zirconia interface coating under high-heat-flux hydrogen beam irradiation.
SYS 0483426 LBL 01000a^^22220027750^450 005 20240111140953.6 014 $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_epca*0468209 $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
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$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
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Počet záznamů: 1