Scientific equipment
of EXTREMAT 
|
Systems
for transmitance, reflectance, photoluminescence
and Raman spectroscopies (UV-VIS-NIR) |
|
Monochromators: Horiba Jobin-Yvon
(LabRam HR UV, HR460, Triax
550), CVI CM-110, Ocean Optics (USB2000 and HR4000) |
|
Lasers: HeCd (325 nm, 30 mW), Solid State
(532 nm, 50 mW), Ar
multiline (100 mW), HeNe
(633 nm, 30 mW), laser diodes NIR (630 nm, 300 mW) (785 nm, 100 mW) (920nm, 30
mW) |
|
Incoherent
light sources: halogen lamp (100W), Neon lamp (150 W), and deuterium lamp |
|
Detectors:
CCD Back Thinned (200-1050nm), CCD Back Thinned Full Well (200-1050nm), Photomultiplicators (200-600nm, 300-900nm), Si Avalanche
Photodiodes (Si-APD), P-I-N photodiodes (Ge, Si, InGaAs),
PbS photodetector |
|
Diamond
anvil cells (DACs): membrane-type, Almax-Boehler-type, Padernborn-type and
modified Merrill-Basset-type. Possibility
to reach 70 GPa. |
|
Furnace
for thermal heating in vacuum and under controlled atmosphere (up to
1200ºC) |
|
Cryogenic
System (APD): Cryostat and cryogenerator with
closed-cycle He (10 -
300 K) |
|
Cryogenic
System (ARS): Cryostat and cryogenerator with
closed-cycle He (4 - 350 K) |
|
Home-made
cryogenic System for high-pressure and low-temperature combined measurements
(down to 80 K) |
|
Home-made
furnace for high-pressure and high-temperature combined measurements (up to
500 ºC) |
|
Other
experimental techniques available at Central Facility of Universidad de
Valencia and Universidad Politécnica de Valencia:
AFM, SEM, HRTEM, infrared absorption and reflectivity (FTIR). |