BELSORP-miniII is a compact, volumetric adsorption measurement instrument used for specific surface area and pore distribution measurement. Up to 3 samples can be measured simultaneously and independently with dedicated software, which makes operation of the instrument straightforward.
BELSORP-miniII uses a new method for free space measurement (AFSM), which enables high accuracy and reproducible data analysis to be performed. BELSORP-miniII can be widely used for both research and QC in industry and academia.
| Measurement principle | Volumetric gas adsorption method +AFSM |
|---|---|
| Adsorptive | N2, Ar, CO2, H2 and other non-corrosive gases |
| Analysis port | High accuracy mode: 3 ports Standard mode: 2 ports |
| Specific surface area | 0.01m2/g and above (N2/77K, depends on sample density) |
| Pore size distribution | 0.35 – 200 nm in pore diameter |
| Pressure transducer | 133 kPa (1000Torr)  0.5 % of F.S.  5 units |
| Dewar vessel | Volume: 2L Holding time: 30H |
| Sample cell | Approx. 1.8cm3 (Option: 5 cm3) |
| Physical | W313 x H650 x D390mm, 42kg (Not includes vacuum pump, computer and its peripheral) |
| Power | Single phase: AC100 - 120V or 200--240V / 600VA (450VA is for vacuum pump) |
| Title | Name | Journal | Keyword | Instrument |
|---|---|---|---|---|
| High Precision Volumetric Gas Adsorption Apparatus | K. Nakai, J. Sonoda, H. Iegami and H. Naono | Adsorption 11, 227 (2005) | Volumetric Surface area Continuous dead volume measurement ASFM |
BELSORP-mini |
| The effect of surface area on the degradation rate of nano-fibrous poly (L-lactic acid) foams | V.J. Chen and P.X. Ma | Biomaterials 27, 3708 (2006) | Polylactic acid Biomaterial Nano-fiber |
BELSORP-mini |
| Bone regeneration on computer-designed nano-fibrous scaffolds | V.J. Chen, L.A. Smith and P.X. Ma | Biomaterials 27, 3973 (2006) | Polylactic acid Biomaterial Nano-fiber |
BELSORP-mini |
| Porous properties of silylated mesoporous silica and its hydrogen adsorption | Takei, T. / Houshito, O. / Yonesaki, Y. / Kumada, N. / Kinomura, N. | J. Solid State Chemistry 180, 1180 (2007) | mesoporous silica hydrogen adsorption |
BELSORP-mini BELSORP-28 |
| Zeolite synthesis using mechanochemical reaction | Yamamoto, K. / Borjas Garcia, S.E. / Muramatsu, A. | Microporous and Mesoporous Materials 101, 90 (2007) | surface area micropore nitrogen adsortion isotherm |
BELSOPR-mini |
| An approach to carbon nanotubes with high surface area and large pore volume | Niu, J.J. / Wang, J.N. / Jiang, Y. / Su, L.F. / Ma, J. | Microporous and Mesoporous Materials 100, 1 (2007) | N2 adsorption porosity |
BELSOPR-mini |
| Temperature dependent photoluminescence of photocatalytically active titania nanopowders | Bieber, H. / Gilliot, P. / Gallart, M. / Keller, N. / Keller, V. / Begin-Colin, S. / Pighini, C. / Millot, N. | Catalysis Today 122, 101 (2007) | titania | BELSOPR-mini |
| Hydrodechlorination reactivity of para-substituted chlorobenzenes over platinum/carbon catalyst | Yoneda, T. / Takido, T. / Konuma, K. | J. Molecular Catalysis. A, Chemical 265, 80 (2007) | Hydrodechlorination reactivity platinum/carbon catalyst |
BELSOPR-mini |
| Effect of coal ash on sonochemical degradation of phenol in water | Nakui, H. / Okitsu, K. / Maeda, Y. / Nishimura, R. | Ultrasonics - Sonochemistry 14, 191(2007) | coal ash | BELSOPR-mini |
| Production of ketones from sewage sludge over zirconia-supporting iron oxide catalysts in a steam atmosphere | Fumoto, E. / Mizutani, Y. / Tago, T. / Masuda, T. | Applied Catalysis B, Environmental 68, 154(2006) | ketones sewage sludge zirconia-supporting iron oxide catalysts |
BELSOPR-mini |
| A CO-TAP study of the reducibility of La1-xSrxFe(Pd)O3+/-δ perovskites | Song, Z. / Nishiguchi, H. / Liu, W. | Applied Catalysis A, General 306, 183, (2006) | CO-TAP perovskites |
BELSOPR-mini |
| Selective hydrogenation of nitrate in water over Cu-Pd/mordenite | Nakamura, K. / Yoshida, Y. / Mikami, I. / Okuhara, T. | Applied Catalysis B, Environmental 65, 31 (2006) | selective hydrogenation of nitrate Cu-Pd/modernite |
BELSOPR-mini |
| Catalytic glucose and fructose conversions with TiO2 and ZrO2 in water at 473 K: Relationship between reactivity and acid–base property determined by TPD measurement | Watanabe, M. / Aizawa, Y. / Iida, T. / Nishimura, R. / Inomata, H. | Applied Catalysis A, General 295, 150 (2005) | glucose fructose TiO2 ZrO2 |
BELSOPR-miniII |
| Synthesis of a thermally stable mesoporous aluminophosphate by using sodium aluminate as precursor | Ho, L.N. / Yukushima, S. / Morikawa, R. / Asaka, N. / Nishiguchi, H. / Nagaoka, K. / Takita, Y. | Colloids and Surfaces A: Physicochemical and Engineering Aspects 268, 40 (2005) | mesoporous aluminophosphate sodiun aluminate |
BELSOPR-mini |
| Ultra deep hydrodesulfurization of dibenzothiophene derivatives over NiMo/TiO2-Al2O3 catalysts | Saih, Y. / Nagata, M. / Funamoto, T. / Masuyama, Y. / Segawa, K. | Applied Catalysis A, General 295, 11 (2005) | hydrodesulfurization dibenzothiophene NiMo/Tio2-Al2O3 |
BELSOPR-mini |
| Two step synthesis and characterization of thermally stable hexagonal zirconium phosphate | Liu, W. / Song, Z. / Ikegawa, T. / Nishiguchi, H. / Ishihara, T. / Takita, Y. | Materials Letters 58, 3328 (2004) | zirconium phosphate | BELSOPR-mini |
Automatic specific surface area/pore size distribution measurment
Pretreatment instruments
Pretreatment instruments
Automatic vapor adsorption measurement