Lightway

PQY-01 Photoreaction Evaluation System

Add Bookmark

Lightway

*The photoreaction evaluation system PQY-01 is the successor to the photoreaction quantum yield evaluation system QYM-01.

This system can measure the number of photons absorbed, which is necessary for calculating the quantum yield of photoreactions.

Photoreaction Quantum Yield:

Photoreaction quantum yield

For a comparison to data obtained with the conventional method using a chemical actinometer, refer to LAAN-A-UV-E041 Application News bulletin No. A478.

This photoreaction evaluation system was developed by Shimadzu Corporation, under the supervision of Professor Osamu Ishitani and Associate Professor Yusuke Tamaki of the Department of Chemistry, Graduate School of Science and Engineering, Tokyo Institute of Technology.
Analytical Intelligence logo, PQY and Lightway are trademarks of Shimadzu Corporation.

Features

  • 新規追加16 - Lightway
    Measuring is Easy
    The all-in-one Lightway includes a software function that guides the necessary operating steps to the user and all the elements required for monitoring photoreaction processes in real time, which makes it easy to measure photons.
  • 新規追加16 - Lightway
    Measures Photon Count Accurately
    Eliminates individual differences resulting from how chemical actinometers are made.
    Using an LED irradiation light source* ensures consistent measurements for many hours.
    * This product is manufactured by CELL System Co., Ltd. Therefore, it must be purchased separately.
Learn more
{"title":"Downloads","description":"Download the latest brochure.","source":"product","key":4475,"max":"30","filter_types":["brochures"],"link_title":"View other Downloads","link_url":"","pdf_links":[]} {"title":"Applications","source":"product","key":4475,"max":"3","filter_types":["applications","application_note","posters"],"link_title":"Learn more","link_url":"\/products\/molecular-spectroscopy\/uv-vis\/uv-vis-nir-spectroscopy\/lightway\/applications.html","config_list":[],"page_links":[{"type":"page","link_title":"Using a Ru-Re Supramolecular Complex Photocatalyst to Measure Photoreaction Quantum Yield of CO<sub>2<\/sub> Reduction Reaction","link_url":"\/products\/molecular-spectroscopy\/uv-vis\/uv-vis-nir-spectroscopy\/lightway\/applications.html#anchor_1","time":""}],"column_title":"Documents"} {"title":"Technical Documents","source":"product","key":4475,"max":"3","filter_types":["technical","technical_reports","white_papers","primers"],"link_title":"Learn more","link_url":"\/products\/molecular-spectroscopy\/uv-vis\/uv-vis-nir-spectroscopy\/lightway\/applications.html#tbaleAnchor_technical","config_list":[],"page_links":[],"column_title":"Documents"} {"title":"Manuals","source":"product","key":4475,"max":"3","filter_types":["manuals"],"link_title":"Learn more","link_url":"\/products\/molecular-spectroscopy\/uv-vis\/uv-vis-nir-spectroscopy\/lightway\/applications.html#tbaleAnchor_manual","config_list":[],"page_links":[],"column_title":"Documents"}

Sustainability initiatives

  • Affordable and clean energy

    7 Affordable and clean energy