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Application Notes
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Application Notes
On the way to a graphene spin field effect transistor - Prof. Barbaros Özyilmaz, NUS using
Teslatron
PT
On the way to a graphene spin field effect transistor - Prof. Barbaros Özyilmaz, NUS using
Teslatron
PT
Measuring resistance of a HTS Sample - Zurich Instruments using
Optistat
DryBLV
Measuring resistance of a HTS Sample - Zurich Instruments using
Optistat
Dry
Efficient electrical nanodevice characterisation - Zurich Instruments using
Optistat
DryBLV &
Sample
Protect
Efficient electrical nanodevice characterisation - Zurich Instruments using
Optistat
Dry
Transport and RF reflectometry measurements of CMOS nanodevices - IMEC, Belguim using
Triton
&
Nanonis Tramea
Transport and RF reflectometry measurements of CMOS nanodevices - IMEC, Belguim using
Triton
&
Nanonis Tramea
Physics on the single level of electrons - ETH-Zurich using
Triton
&
Nanonis Tramea
Physics on the single level of electrons - ETH-Zurich using
Triton
&
Nanonis Tramea
New insights into the electronic structure of the c-Si interface - Eindhoven University using
Optistat
DryBLV &
Mercury
iTC
New insights into the electronic structure of the c-Si interface - Eindhoven University using
Optistat
Dry &
Mercury
iTC
Measuring ultra fast transient absorption spectra - Manchester Institute of Biotechnology using
Optistat
Dry BLV
Measuring ultra fast transient absorption spectra - Manchester Institute of Biotechnology using
Optistat
Dry
Low temperature photolysis studies of vitamin B12 - Manchester Institute of Biotechnology using
Optistat
Dry TLEX
Low temperature photolysis studies of vitamin B12 - Manchester Institute of Biotechnology using
Optistat
Dry TLEX
Low-temperature, low-noise and high-speed characterisation of semiconductor nanodevices - Chinese Academy of Science using
Nanonis Tramea
&
Heliox
VL
Low-temperature, low-noise and high-speed characterisation of semiconductor nanodevices - Chinese Academy of Science using
Nanonis Tramea
&
Heliox
VL
Oxford Instruments’
Optistat
Dry cryostat with the Vertex series of FTIR research systems - Bruker using
Optistat
Dry BLV
Oxford Instruments’
Optistat
Dry BLV cryostat with the Vertex series of FTIR research systems - Bruker using
Optistat
Dry BLV
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