HealthyPhoton will participate in AGU23 with a presentation "A laser‐based open‐path analyzer with minimal temperature density corrections for eddy covariance CH4 flux measurements ".
Home - Environmental monitoring - Applications - HealthyPhoton will participate in AGU23 with a presentation "A laser‐based open‐path analyzer with minimal temperature density corrections for eddy covariance CH4 flux measurements ".

More than 20,000 scientists from around the globe will gather in San Francisco and online for the AGU Fall Meeting, 11-15 December 2023, to connect with colleagues, broaden their knowledge base, learn about new products and services, and share their passion for science.

 

HealthyPhoton Technology Co., Ltd.  will participate in this meeting with a presentation "A laser‐based open‐path analyzer with minimal temperature density corrections for eddy covariance CH4 flux measurements ".

 


Each year, AGU’s annual meeting convenes >25,000 attendees from 100+ countries to share research and connect with friends and colleagues. Scientists, educators, policymakers, journalists and communicators attend AGU23 to better understand our planet and environment, opening pathways to discovery, opening greater awareness to address climate change, opening greater collaborations to lead to solutions and opening the fields and professions of science to a whole new age of justice equity, diversity, inclusion and belonging.


Our Products

Contact us in the backend to obtain the HealthyPhoton Brochure for Ecological2023

 

Related Products

HT8800 Series all-in-one Portable GHG Analyzers uses QC Laser-based Hybrid Cavity Absorption Spectroscopy Realizes Multi-component (CO2, CH4,N2O, H2O) , achieves rapid and high-precision greenhouse gas measurements within a portable instrument case. It employs independent strong absorption spectral lines, eliminating cross-interference from other gas molecules.

 


HT8700 is a revolutionary open-path design for ammonia providing an in-situ measurement of atmospheric ammonia concentrations with high speed, low power consumption, and ultra-high sensitivity. The superior performances make it suitable for deployment in various environments.

 

 

Application Cases

Tsinghua University-SIGS: Outdoor on-site experiments on soil emissions

AE:Ammonia exchange pattern of ground gas in fall and winter in North China's agricultural areas


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