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The most-viewed application note in 2020FY

Strong interaction between light and electrons (6) "Coupling constant and line width"

ER200011E

Strong interaction between light and electrons (5) "Frequency dependence of line width in ESR and FMR"

ER200010E

Strong interaction between light and electrons (4) "Transmission ESR/FMR measurement method"

ER200009E

Strong interaction between light and electrons (3) "Strong coupling state of ferromagnetic thin film"

ER200008E

Strong interaction between light and electrons (2) "Four states of interaction between photon and spins"

ER200007E

Strong interaction between light and electrons (1) "Effect of excessive spins"

ER200006E

Electrolytic ESR - Quantity dependence of supporting electrolyte -

ER180013E

Electrolytic ESR - Time and Voltage dependence for Anthraquinone anion-

ER180012E

Electrolytic ESR - Generation of p-Benzoquinone anion radical -

ER190008E

Electrolytic ESR - Time and Voltage dependence for p-Benzoquinone anion -

ER190009E

UrushiNote

Learning Polymer Material Analysis from Natural Lacquer (Urushi) - Characterization of Urushi -

The most-viewed application note in 2019FY

Ferromagnetic thin film and spin current (3) - Sample preparation -

ER190004E

Ferromagnetic thin film and spin current (2) - Inverse spin-Hall effect

ER190003E

Ferromagnetic thin film and spin current (1)　- FMR and spin current -

ER190002E

Ferromagnetic thin film and spin current (6) -Angular dependence (2) -

ER190007E

Ferromagnetic thin film and spin current (5) -Angular dependence (1) -

ER190006E

Ferromagnetic thin film and spin current (4) - Power dependence -

ER190005E

ESR of Materials -Electrically Detected Magnetic Resonance 1-

ER170007

ESR of Materials - Semiconductor 1-

ER170006

Degradation Study of Heat-Resistant PAI - Ⅲ -

ER170005

Degradation Study of Heat-Resistant PAI - Ⅱ -

ER170004

ESR of Materials –Photopolymerization 4 -

ER170003

ESR of Materials –Photopolymerization 3 -

ER170002