Locate family members with the last name NETPRASAT.

Discover NETPRASAT Family Connections Worldwide.

There are 4 people from around the world with the surname NETPRASAT.

1.Locate Jiraphan NETPRASAT in Canada Jiraphan NETPRASAT

7033 Hastings Street

Burnaby BC British Columbia Canada V5A1G3

604-291-8417

Information acquired: 2001

Jiraphan Netprasat lives at 7033 Hastings Street in the city of Burnaby which is in the province of British columbia British Columbia which is located in the country of Canada and having the postal code V 5 A 1 G 3. You can call Jiraphan Netprasat by telephone at 604-291-8417. We acquired Jiraphan Netprasat's information in January of 2001.

2.Locate JIRAPHAN NETPRASAT in Canada JIRAPHAN NETPRASAT

7033 Hastings St # 305

Burnaby BC Canada V5A1G3

604-291-8417

Information acquired: 2001

Jiraphan Netprasat lives at 7033 Hastings Street # 305 in the vibrant city of Burnaby which is in the province of British columbia which is located in the country of Canada and has the postal code V 5 A 1 G 3. You can contact Jiraphan Netprasat by telephone at 604-291-8417. The information presented for Jiraphan Netprasat was collected in January of 2001.

3.Locate JIRAPHAN NETPRASAT in Canada JIRAPHAN NETPRASAT

7033 Hastings Street

Burnaby BC Canada V5A1G3

604-291-8417

Information acquired: 2001

Jiraphan Netprasat lives at 7033 Hastings Street in the bustling city of Burnaby which is in the province of British columbia which is located in the country of Canada and having the postal code V 5 A 1 G 3. You can telephone Jiraphan Netprasat via 604-291-8417. Jiraphan Netprasat's information was sourced in January of 2001.

4. VORAPOJ NETPRASAT

Information acquired: 2025

VORAPOJ NETPRASAT is an academic who published a paper in 2004 entitled Breakthrough analysis of a structured adsorbent bed. VORAPOJ NETPRASAT published this work as part of a team: Netprasat, Vorapoj. Here is a description of this work: The,,objectives of the present study were to compare the adsorption isotherms of various gases on various adsorbents using gravimetric, volumetric, and chromatographic methods: to determine whether the Langmuir isotherm model is appropriate for the Nâ‚‚ adsorption isotherms up to 300 kPa on zeolite NaX and zeolite LiX, to identify the dominant dynamic behaviour through a laminate bed of these and other adsorbents and to determine the effect of flowrate on the magnitude of the axial dispersion or mass transfer resistance within the laminated bed of adsorbent. The gas adsorption isotherms of CO, and COâ‚‚ on zeolite 13X were obtained using the volumetric, gravimetric, and chromatographic methods. The isotherms obtained from the volumetric and gravimetric methods showed good agreement. The gravimetric method was used to measure adsorption isotherms of Nâ‚‚ up to 300 kPa.

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