Sensors & Electronics
Chemical Sensors
Resource & Ecosystem Management
Groundwater Characterization and Monitoring
- Application Analysis for Sensor Selection (16)
- BEADS for Separations, Processing, Sensing (261)
- Chemical Fingerprinting in the Environment (20)
- Chemical Sensor Response Measurement (172)
- Compact Electrochemical Sensor Cells (280)
- Data Analysis for Multi-Sensor Arrays (171)
- Enzyme Immobilization for Chem-Bio Sensors (288)
- Fiber Optic Chemical Vapor Sensors (147)
- Fieldable Sensor for Radionuclides in Water (222)
- Heavy Metal/Radionuclide Preconcentration (272)
- High-Performance Preconcentrator Materials (277)
- Imprinted Media for High Selectivity Sensors (238)
- Improve Target Material Detection Limits (287)
- Improved Sensing using Preconcentrators (221)
- Improving Fieldable Sensor Performance (284)
- IMS Optimization for BTEX Analysis (273)
- IMS Optimization for Ethers in Water (235)
- IMS Optimization for New Applications (234)
- In-Situ Ground Water Probe (22)
- In-Situ Sensor for Lead and Cadmium (8)
- Integrated Microfluidics for Sensors (279)
- Ion Mobility Spectrometry (IMS) (232)
- Ion-Specific Sensors for Metals in Solutions (275)
- Lab Chemistry Analysis for Sensor Validation (190)
- Measurement of Low Optical Absorptions (328)
- Measurement of Metal Ions in Solution (282)
- Meeting Sensor System Requirements (285)
- Nanomaterials for Selective Preconcentration (271)
- PNNL SMART Measurement Systems (283)
- Portable Electrochemical Sensor System (281)
- Preconcentration for Improved Detection (276)
- Preconcentration Material for Heavy Metals (278)
- Radionuclide Sensor for Groundwater (220)
- Renewable Sensors for Chemical Detection (352)
- Selective Coatings for Chemical Sensors (5)
- Small Acoustic Wave Chemical Sensors (170)
- Smart Collection and Separation Materials (269)
- Smart Collection & Separation Materials (270)
- Tailor IMS for Specific Applications (233)
- Tailoring Sensor Systems for Applications (286)
