CAROL J. MEYER
| Academic: | ||
| Bachelor
of Science, Psychology |
University of Houston, 1975 | |
| Experience: | ||
| 1993
- Present |
Merlin MicroScience, Inc. | P.O.
Box 19528 Houston, TX 77224 (713)973-1272 |
| Responsibilities: | Currently President and Founder. Developing new technology for the analysis of trace impurities in Semiconductor gases and other high purity gas related industries. Analytical consulting in specialty analysis involving GC and GC/MS. Development and support of Trace VOC analysis in ambient air for EPA protocols using GC and GC/MS. Representing products of Trace Analytical, a California based manufacturer of continuous monitoring systems for semiconductor gases. |
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| Accomplishments: | Implementing
and standardizing instrumentation for continuous field monitoring of ozone
precursors for the Texas Natural Resource Conservation Commission and
Georgia Department of Natural Resources. Developed hardware and applications
for the analysis of impurities in corrosive gases like Arsine, Silane,
Dichlorosilane, Hydrogen Sulfide and Carbon monoxide. Chair/Co-Chairperson for Gases Committee of Semiconductor Equipment and Material International since 1992. SEMI is an international standards organization for the semiconductor industry involved in developing specifications and analytical standards for high purity gases used in semiconductor manufacturing. Annually chairperson for Specialty Gases Session at the Pittsburgh Conference since 1996. |
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| Publications and Presentations: | Gas
Chromatographs in the Analysis of Gas Phase Chemicals, The
Analysis of ppb Impurities in High Purity Gases by GC/MS using Micro-packed
Columns, The
Application and Requirements of a GC/MS System for the Analysis of Specialty
Gases, The
Application and Requirements of a GC/MS System for the Analysis of Specialty
Gases, The
Analysis of PPB Metal Hydride Impurities in Specialty Gases by GC/RGD,
Direct
Analysis of Diesels and Middle Distillates by Mass Spectrometry Utilizing
a ‘Batch’ Inlet, The
Use of Copper-Based Catalysts for the Analysis of Impurities in Oxygen,
A
Practical Method to Generate Low PPB Levels of Gas Calibration Standards,
C. R, Ostrander,
The Chromatographic Analysis of Trace Atmospheric Gases, Assay
Techniques for Specialty Gas Mixtures, Analytical
Techniques for the Analysis of Impurities in High Purity Nitrogen Trifluoride,
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| 1986 - 1993 | Valco Instruments Co., Inc. | P.O. Box 55603 Houston, TX 77079 (713)688-9345 Supervisor: Jack Frank |
| Responsibilities: | Product Specialist for Gas Chromatographic Detectors and Instrument; directed manufacturing activities for ECD,s, TCD's, Halocarbon Monitor's, and Trace Gas Analyzers. Responsible for application development for the Trace Gas Analyzer and research and development on such ancillary equipment as oxygen trap, palladium Hydrogen removal system, and rare-gas purifiers. Managed 4 technicians, presented technical papers and training seminars and attended exhibitions. Technical Assistance for Gas Chromatography fro1986 to 1991; developed workshop on valves and fittings for gas chromatography presented at 1990, 1991 and 1992 Gulf Coast Conference, 1992 Eastern Analytical and several in-house presentations for the oil industry. |
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| Accomplishments: | Conducted numerous training workshops on the use of chromatographic valves in multi-dimensional capillary applications at conferences including, Pittsburgh Conference, Eastern Analytical Symposium, and the Gulf Coast Conference. Developed applications for ppb fixed-gas impurities in ultra-high purity gases using Helium ionization detector. Contributed to research effort on Pulsed Discharge Helium Ionization Detector resulting in several publications and multiple presentations. Brought newly developed micro-volume, constant temperature TCD from research and development to full production. Served as Valco’s representative at SEMI International meetings and ultimately as co-chair of Gases sub-committee on Analytical Procedures from 1992 to present. |
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| Publications and Presentations: | A
Controlled Atmospheric Helium Ionization Gas Chromatograph. A New Dual Channel Thermal Conductivity Detector for Capillary or Packed Column Chromatography. S.D. Stearns and C.J. Meyer. Gulf Coast Conference, Galveston, Texas, September, 1990. A
New Pulsed Discharge Helium Ionization Detector for Gas Chromatography,
The
Analysis of Nitrogen Impurities in Hydrogen by Helium Ionization Gas Chromatography,
Expanding
the Dynamic Range of Fixed Gas Analysis using Tandem HID/TCD. Pulsed
Discharge Helium Ionization Detector. Pulsed-Discharge
Emission Detector - Application to Analytical Spectroscopy of Permanent
Gases. New
High Frequency Pulsed Discharge Helium Ionization Detector for Gas Chromatography,
Universal
Ionization/Spectral Emission Detector (UISED) Based on a Pulsed High Voltage
Discharge, The
Analysis of Nitrogen Impurities in Hydrogen by Helium Ionization Gas Chromatography,
Expanding
the Dynamic Range of Fixed Gas Analysis using Tandem HID/TCD. |
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| 1979-1986 | Texas
Research Institute of Mental Sciences |
Texas Medical
Center 1300 Moursund Houston, TX 77035 Supervisor: Dr. David Fenimore |
| Responsibilities: | Started as undergraduate in Instrumental Analysis section. Experience includes the assay of psychotropic drugs and drugs of abuse from biological specimens. Research efforts involved the development of analytical procedures by capillary GC, GC/MS, and HPTLC in the study of pharmacological effects of drugs in both animal and human studies. | |
| Accomplishments: | Presentation of numerous papers on the analytical techniques developed. Worked on new technology for spectrophotometric quantitation of planar chromatography. Developed state-of the art instrumentation and column technology for both glass and metal capillary GC and GC/MS. Involved in multiple studies of the physiological distribution of various drugs in human and animal subjects by radio-isotope analysis. | |
| Publications and Presentations: | Improved
gas-chromatographic analysis of chlorpromazine in blood serum. High-performance
thin-layer chromatographic determination of psychopharmacologic agents
in blood serum. Determination
of drugs in plasma by high-performance thin-layer chromatography. Methadone
accumulation in ocular tissue. Contact
Spotting: A new approach to sample application in TLC. Reinforcement
contingencies affecting amphetamine, pentobarbital discriminative control
and the development of response-specific behavioral tolerance. The
determination of pychoactive drug blood levels by HPTLC. Determination
of Psychoactive Drugs in Biological Samples by High-Performance Thin-Layer
Chromatography, HPTLC
determination of anticonvulsant drugs in blood. |
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| Community Involvement: | Past President
and founder of Texas Wildlife Rehabilitation Coalition, Inc.,
a non-profit organization dedicated to the rehabilitation of injured wildife.
Currently holding state and federal permits to handle injured threatened
and endangered species of Falconiformes and Strigiformes. Founding member
of Oiled Wildlife Services, Inc., a non-profit group organized
to support state and federal agencies dealing with oild wildlife and operating
an ‘on-call’ network of permitted wildlife rehabilitators for
this purpose. Previously Vice-President for Education for the Houston Audubon Society and board member from 1984 to 1988. Active in environmental education programs throughout the city of Houston. Founder and past board member for the Audubon Docent Guild, the educational volunteer group of the Edith L. Moore Nature Sanctuary in West Houston. |
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