Nanoscale temperature mapping in operating microelectronic devices http://t.co/ljilmWIbwb
Could this be the most beautiful EM experiment in 2015? Nano-thermometry with plasmons @sciencemagazine http://t.co/W9G5zol0RY
#Science publication featuring #EELS to quantify plasmon energy shift in metallic nanowires http://t.co/I5P5ie1cBz http://t.co/iTXRq3VE8m
CNSI_UCLA: RT bionanoc: Nanoscale #temperature mapping in #microelectronic #devices in sciencemagazine from CNSI_U… http://t.co/ARlE7RMFQC
Nanoscale #temperature mapping in #microelectronic #devices in @sciencemagazine from @CNSI_UCLA @USC @nanomicrowave http://t.co/WAPwWT0ar1
Nanoscale #temperature mapping in #microelectronic #devices in @sciencemagazine from @CNSI_UCLA @USC @nanomicrowave http://t.co/WAPwWT0ar1
Nanoscale #temperature mapping in #microelectronic #devices in @sciencemagazine from @CNSI_UCLA @USC @nanomicrowave http://t.co/WAPwWT0ar1
Nanoscale temperature mapping in operating microelectronic devices http://t.co/JBFk8xwL3E @sciencemagazine
Using plasmon resonance to measure temperature on the nanometre scale (in microelectronics and beyond) http://t.co/24hyq6AVSA
"[Report] Nanoscale temperature mapping in operating microelectronic devices" http://t.co/7lagTNQuQ1
Taking temperature at the nanoscale http://t.co/vRZU7hIJnE