The Picarro G1301 has been designed specifically to focus on the needs of the atmospheric monitoring community and to serve as the backbone for greenhouse gas monitoring networks.

Describes how CRDS works and shows hydrogen, oxygen and carbon isotope data for water vapor, evapotranspiration, food and agricultural applications.

快速启动
Picarro 快速启动是由 Picarro 专家通过视频会议执行的一项 4 小时计划。它可以帮助客户进行新系统启动和初始结果验证。对于刚开始使用我们的光腔衰荡光谱 (CRDS) 技术的客户，或是那些考虑采用新方法、使用新样品、或即将开始项目并需要更新知识的客户来说，快速启动是一个极佳的选择。

快速启动的重要性
这项服务旨在帮助您完成系统的初始启动，使用标准样品或其他常规样品来设置和检查预加载方法的数据、日常维护以及其他程序，以便长期发挥系统的最佳性能。这也是讨论如何优化使用外围设备（如 SSIM、16 路气体自动进样器、MCM 或 IM）参数的绝佳机会。此外，您还可以了解更多应用的可能性，并获得我们对各种应用的最先进技术的见解，以更好地协助您的实验方法。…

现场安装是一项为期 2 天的由 Picarro 专家在仪器安装现场进行的安装培训计划。

该项目包括：安装分析仪、方法开发培训和最佳操作及注意事项培训。现场安装是需要本地和定制支持客户的最佳选择。Picarro 专家的差旅费和住宿费均包括在内。

现场安装和培训程序是获取我们训练有素的团队技能和知识的绝佳方式，这可帮助您了解仪器的功能以及如何为您的应用开发新的方法。

在安装过程中，经 Picarro 认证的专家将：

• 打开所有设备的包装
• 按照规范的程序安装设备
• 运行标准样品，演示仪器操作和数据处理技术
• 提供培训

培训主题：

• CRDS…

Describes development of and results obtained from an analyzer engineered by Picarro for measuring six important atmospheric contaminants (hydrogen sulfide, ammonia, nitrous oxide, carbon dioxide, water vapor and methane) that are of interest to researchers monitoring Concentrated Animal Feeding Operations (CAFOs).

Picarro has developed a field-deployable, real time, ambient gas monitor capable of measuring atmospheric levels of carbon dioxide, methane, hydrogen sulfide, and ammonia with parts-per-billion (ppbv) sensitivity and water vapor with parts-per-million (ppmv) sensitivity. Results from field trials of three different CO2 analyzers at Harvard, Penn State, and the NOAA facility in Boulder CO…

Description of field-deployable instrumentation that measures carbon dioxide, methane, and water vapor with both high-accuracy and high-precision would reduce the uncertainty in the determination of terrestrial sources and sinks of these dominant greenhouse gases.

Results presented from field trials at Woods Hole Oceanographic Institute and laboratory tests at INSTAAR of a newly available analyzer capable of performing continuous measurements of stable isotopes (δD and δ18O) of liquid water and / or water vapor samples.

Picarro has developed an isotope analyzer for lab and field measurements of carbon isotopes in CO₂ with the goal of allowing turnkey analysis to be done without the need for flask samples and complex IRMS methods. Here we present a description of the analyzer and its technology as well as recent results from two different collaborators who utilized the analyzer.

Describing work by CSIRO, CO2 CRC and Picarro to characterize sequestration site leaks using tracers and isotopes.

Describes the first field data taken by Oregon State University of Picarro's dual-species Eddy-Covariance analyzer.

Describes work by INSTAAR, NOAA & Picarro on both liquid water and water vapor measurements of stable water isotopes.

From the EGU 2009 General Assembly, describing measurements of edible oils and chocolates made with Picarro's iTOC-CRDS Isotopic Carbon Analyzer.

Describes specific design aspects of WS-CRDS-based analyzers and how these details result in ultra-stable field measurements.

Describes liquid water and water vapor isotope measurements with the Picarro isotopic water analyzer.

Describes field testing of Picarro's fast analyzer for eddy covariance flux measurements of greenhouse gases.

Describes results of laboratory testing and field campaigns with Picarro's flight-ready greenhouse gas analyzer.

Describes results from a Picarro N2O analyzer based in the mid-infrared spectral region.

The quantification of fugitive methane emissions from extended sources such as landfills is problematic due to the high temporal variability and spatial heterogeneity of the emission. Additionally, the relationship between the emission rate and the gas concentration at a given location is dependent on the meteorological conditions and local topography, preventing accurate quantification of…

Describes recent developments in GC-C-CRDS-based instrumentation applied to isotope measurements in large molecules.

Describes the flexibility of Picarro's fast water isotope analyzer for applications requiring very short sample-to-sample measurement times and shows data taken in lab and field measurements.

Describes recent developments in CRDS instrumentation in the mid-infrared spectral region for applications using N2O isotopologue and trace concentration measurements.

Describes field work conducted with Picarro water isotope analyzer for both water vapor and liquid water samples.

Describes use and methods for stable isotope-based food adulteration testing using Cavity Ring-Down Spectrometry.

Describes application and function of a the LIAISON, a new Picarro universal interface for high throughput analysis.

Describes a field campaign wherein a Picarro water isotope analyzer was used to measure isotopes in water vapor over a corn field in China for the purpose of studying evapotranspiration. The Picarro sampled vapor along with a cold trap sampling system and the real-time Picarro data was compared to offline analysis of the trapped vapor.

The regulation of Earth’s climate and its ability to sustain life are critically linked to water as it exists in all three of its phases (gas, liquid, and solid). Earth’s water cycle, its movement between the hydrosphere, biosphere, and the atmosphere, and how it undergoes phase changes, is incredibly complex. While we continue to gain insight into the water cycle, there remains…

Cavity Ring-Down spectroscopy is becoming a gold standard for atmospheric monitoring. High sensitivity and precision coupled with low drift characteristics ensure optimal operation even in remote field stations or on aircraft and ships. However, current platforms have been limited to two or three species simultaneous observation. Research and development at Picarro have been focused on…

Hydrothermal fluids from two vent sites along the East Scotia Ridge, E2 and E9, were analyzed for their hydrogen and oxygen isotopic values using a Picarro L1115-i CRDS. The fluids display varying salinity, sulfate and hydrogen sulfide content. None of the samples analyzed in this work showed any signs of spectroscopic interference. Isotopic values of the fluids were combined with…

The world’s first continuous flow isotopic TIC/DOC-CRDS measurements are reported here with remarkable achieved precisions. A measurement precision of the isotopic ratio in the range of 0.2 ‰ to 0.4 ‰ was achieved in minutes of measurement time. Such precision readily distinguishes the isotopic DIC and DOC signatures from a set of three different streamwater samples collected from various…