• Surface Flux Studies 
• Instrument Membrane Technology [SEAMIST(TM)] 
• Vadose Zone Studies 
• Emergency Operations Support 
• Biotechnology
• Environmental Studies
• Data Acquisition
• Standar Operating Procedure

Martins, S. SOIL SURFACE FLUX MEASUREMENT: USES AT LAWRENCE LIVERMORE NATIONAL LABORATORY (LLNL). University of California Lawrence Livermore National Laboratory under contract No. W-7405-Eng-48. (UCRL-JC-137681). 2000

Martins, S. Lawrence Livermore National Laboratory (LLNL) Flux Chamber Modifications. University of California Lawrence Livermore National Laboratory under contract No. W-7405-Eng-48. (UCRL-JC-137682). 2000

Looney, Brian B. and Ronald W. Falta, Editors.  VADOSE ZONE SCIENCE AND TECHNOLOGY SOLUTIONS: Additional CASE STUDIES CD, Chapter 3:115-118, S. Martins, "Lawrence Livermore National Laboratory (LLNL) Chamber Modifications"

Looney, Brian B. and Ronald W. Falta, Editors.  VADOSE ZONE SCIENCE AND TECHNOLOGY SOLUTIONS: Additional CASE STUDIES CD, Chapter 3:119-123, S. Martins, "SOIL SURFACE FLUX MEASUREMENT: USES AT LAWRENCE LIVERMORE NATIONAL LABORATORY (LLNL)"

Carlsen, T; Martins, S; McNeel, P. Emission isolation flux chambers and risk assessments: applications for cost-effective risk assessment and risk management. Lawrence Livermore National Laboratory. UCRL-JC-122294-EXT-ABS. Annual Technical Information Exchange Conference, 8th, Santa Fe, NM, April 18-20, 1996

Carlsen, T; Martins, S A; Caviness, G; McNeel, P. Emission isolation flux chambers and risk assessments: the use of empirical data and appropriate models to eliminate insignificant exposure pathways. Lawrence Livermore National Laboratory. UCRL-JC-120621-ABS. Environmental Restoration Conference '95, Denver, CO, August 13-18, 1995

Martins, S. INSTRUMENTED MEMBRANE TECHNOLOGY: CURRENT USES AT LAWRENCE LIVERMORE NATIONAL LABORATORY (LLNL). University of California Lawrence Livermore National Laboratory under contract No. W-7405-Eng-48. (UCRL-JC-137680). 2000

Looney, Brian B. and Ronald W. Falta, Editors.  VADOSE ZONE SCIENCE AND TECHNOLOGY SOLUTIONS: Additional CASE STUDIES CD, Chapter 3:108-114, S. Martins, "INSTRUMENTED MEMBRANE TECHNOLOGY: CURRENT USES AT LAWRENCE LIVERMORE NATIONAL LABORATORY (LLNL)"

Martins, S.A., G.L. McQueen, R.E. Martinelli and M.C. Jovanovich. Factors affecting Trichloroethylene (TCE) recovery from SEAMIST Pads. Lawrence Livermore Laboratory. UCRL-JR-110604abs. 1992
(click here for poster session)

Martins, Stan. Collecting Soil Vapor From The VADOSE Zone with an Instrumented Membrane System. Lawrence Livermore Laboratory. UCRL-ID-109765 1992. 

Mallon, Barbara, S. Martins, W. Lowry, and C. Cremer. SEAMIST(TM) SOIL SAMPLING FOR TRITIATED WATER: FIRST YEARS' RESULTS. Lawrence Livermore Laboratory UCRL-JC-109015-REV-1. 1992. 

Martins, S A; S. Gregory.  Effects of Natural Environmental Changes on Soil-Vapor Extraction Rates.  Remediation of Chlorinated and Recalcitrant Compounds: Proceedings of the Fifth International Conference (May 22-25, 2006).  UCRL-ABS-213840, UCRL-CONF-220094, UCRL-POST-221451, 2006.

Carrigan, C R; Martins, S A; W L Daily; A L Ramirez.  A Laboratory Approach Relating Complex Resistively Observations to Flow and Transport in Saturated and Unsaturated Hydrologic Regimes.  UCRL-ID-146986, Lawrence Livermore National Laboratory. 2002.

Carrigan,C.R.; S. Martins; W. Daily; A.Ramirez.  The Dynamics of Vadose Zone Transport: A Field and Modeling Study Using the Vadose Zone Observatory.  (EMSP: 70149) 11/6/01 Hanford.

Carrigan, C R; Martins, S A; Ramirez, A L; Daily, W D; Hudson, G B; Nitao, J J; Ekwurzel, B; Ralston, D..  Characterization of Contaminant Transport by Gravity, Capillarity and Barometric Pumping in Heterogeneous Vadose Zones. UCRL-ID-142784, Lawrence Livermore National Laboratory. 2000.

Nitao, J; Martins, S A; Ridley, M N; (2000). Field Validation of the NUFT Code for Subsurface Remediation by Soil Vapor Extraction. UCRL-ID-141546, Lawrence Livermore National Laboratory. 2000.

Ekwurzel, B;Hudson, G B;Moran, J E;Carrigan, C R;Martins, S A;Ralston, D K. Deuterium, Br, I, and 18O used as tracers of infiltration water movement through the vadose zone Lawrence Livermore National Laboratory. American Geophysical Union 1999 Spring Meeting, Boston, MA, May 31-June 4, 1999. UCRL-JC-133378-ABS 1999

Ralson, D K; Carrigan, C R; Hudson, G B; Martins, S; Nitao, J J. Implications of modeling for gas-phase transport at the LLNL Vadose Zone Observatory. UCRL-JC-133289-ABS, Lawrence Livermore National Laboratory, American Geophysical Union 1999 Spring Meeting, Boston, MA, May 31-June 4, 1999

Carrigan, C R; Hudson, G B; Martins, S A; Ramirez, A L; Daily, W D; Buettner, H M; Nitao, J J; Ralston, D; Ekwurzel, B; Moran, J E; McCarthy, J F. Lessons about transport and monitoring at the Vadose Zone Observatory at LLNL. UCRL-JC-133288-ABS, Lawrence Livermore National Laboratory, American Geophysical Union 1999 Spring Meeting, Boston, MA, May 31-June 4, 1999

Carrigan, C R;Hudson, G B;Martins, S;Ramirez, A L;Daily, W D;Buettner, H M.  Vadose zone observatory: dynamical characterization of liquid- and gas-phase contaminant transport in a heterogeneous soil regime.  UCRL-JC-131755-ABS, Lawrence Livermore National Laboratory, American Geophysical Union 1998 Fall Meeting, San Francisco, CA, December 6-10, 1998

Mallon, B J; Martins, S; Johnson, J S. Tritiated water movement in an asphalt-covered vadose zone. Lawrence Livermore National Laboratory. Livermore. UCRL-JC-124647 1996

Shinn, J., B. Mallon and S. Martins. Hydrologic Properties of the Vadose Zone at B292, Lawrence Livermore National Laboratory, Livermore, CA UCRL-ID-111733 1992.

Mallon, B., S. Martins, J. Shinn and J. Nitao. Detailed Study of a Small Area can be Applied to the Water Movement Patterns of a Larger Site in the Vadose Zone. The Third Technology Information Exchange (TIE) Workshop, Pleasanton, CA, November 17-19, 1992 UCRL-JC-110591abs 1992

Martins, S.A. and Shinn,J.H.(Editors). CHAWS users guide: system description and standard operating procedures, Lexington-Blue Grass Army Depot. Lawrence Livermore National Laboratory. UCID-21336-REV-1. 1993

Martins, S.A. and C. Fry. A Guide to Writing Procurement Specification for New and Existing CHAWS Sites. Lawrence Livermore Laboratory UCRL-CR-107024 1991

Martins, Stan. Johnston Island Air Quality Monitoring Systems User's Guide: System Description and Standard Operating Procedures. Lawrence Livermore Laboratory UCRL-CR-105428 1991  (abstract)

Martins, S.A. and J.H. Shinn (Editors). CHAWS USER'S GUIDE: SYSTEM DESCRIPTION AND STANDARD OPERATION PROCEDURES Johnston Island JCAD Facility. Lawrence Livermore Laboratory UCRL-CR-105263 1990

Martins, S.A. CHAWS MESSAGE CENTER USERS GUIDE: SYSTEM DESCRIPTION AND STANDARD OPERATING PROCEDURES Pine Bluff Arsenal. Lawrence Livermore Laboratory UCID-21456 1988

Shinn,J.H. and M.G. Novo(Editors). CHAWS users guide: system description and standard operating procedures, Pine Bluff Arsenal. Lawrence Livermore National Laboratory. UCID-21333. 1988

Shinn,J.H. and M.G. Novo (Editors). CHAWS USER'S GUIDE: SYSTEM DESCRIPTION AND STANDARD OPERATION PROCEDURES Tooele Army Depot. Lawrence Livermore Laboratory UCRL-21334 1987

Krauter, P.; Martinelli, R.; Williams, K.; Martins, S. Removal of Cr(VI) from ground water by Saccharomyces cerevisiae. Biodegradation 7:277-286, 1996

Brody, S. and Martins, S.A. Circadian Rhythms in Neurospora crassa: Effects of Unsaturated Fatty Acids. J. Bacteriol. 137:912-915. 1978

Dibley, V.; T. Carlsen; S. Chamberlain; W. Daily; Z. Demir; M. Denton; R. Goodrich; S. Gregory; V. Madrid; M. Taffet; J. Valett; R. Depue; L. Paterson; K. Heyward; S. Lambaren; D. MacQueen; S. Martins; P. McKereghan. 2004 Annual Compliance Monitoring Report Lawrence Livermore National Laboratory Site 300 , UCRL-AR-206319-04, Lawrence Livermore National Laboratory, 2005

Karachewski, John A., Charles D. Noyes, Keary L. Fox, walt W. McNab, Jr., and Stanley A. Martins.  An Integrated Geologic and Engineering Approach to Characterization and Clean Up of a Chlorinated Solvent Source Area, Lawrence Livermore National Laboratory, Livermore, California.  UCRL-ABS-202733, Lawrence Livermore National Laboratory. 2005.

Dibley, V.; R. Blake; T. Carlsen; M. Denton; R. Goodrich; S. Gregory; K. Grote; V. Madrid; C. Stoker; M. Taffet; J. Valett; W. Daily; R. Depue; J. Garrison; K. Heyward; J. Johnson; S. Lambaren; D. MacQueen; S. Martins; P. McKereghan. 2003 Annual Compliance Report for Lawrence Livermore National Laboratory Site 300 , UCRL-AR-206319, Lawrence Livermore National Laboratory, 2004

Daily, W.; M. Denton; V. Dibley; P. Krauter; V. Madrid; S. Martins; J. Valett. Interim Remedial Design for the Building 854 Operable Unit at Lawrence Livermore National Laboratory Site, UCRL-AR-153883, Lawrence Livermore National Laboratory, December 2003

Daily, W.D.; Martins, S. Hexavalent Chromium Reduction using Iron Flow through Reactors. University of California Lawrence Livermore National Laboratory under contract No. W-7405-Eng-48. (UCRL-JC-154442). 2003

Berg L L; Mansoor, K; Noyes, C M; Demir, Z; Bainer, R W; Maley, M P ; Gregory, S D ; Barnes, H K ; Davis, R K ; Depue, R T ; Ferry, R A ; Folson, E N ; Heffner, H F ; Heyward, K J ; Hunter, S J ; Johnson, B J ; Joma, H ; Kearns, R ; Karachewski, J A ; Krauter, P W ; Lamarre, A L ; McConachie, W A ; Martins, S A ; Steenhoven, J C , Second Five-Year Review for the Lawrence Livermore National Laboratory Livermore Site , UCRL-AR-147940 , Lawrence Livermore National Laboratory, 2002

Berg, L L; Dresen, M D; Bainer, B; Folsom, E N; Lamarre, A L; Blake, R G; Hassan, S E; Hoffman, J, D; Kita, L S; Maley, M P; Martins, S A; McKereghan, P F; McNab, W W; Metzger, G A; Ruiz, R; Shukla, S N. Remedial design report No. 4 for the trailer 5475 treatment facilities Lawrence Livermore National Laboratory, UCRL-AR-126014, Lawrence Livermore National Laboratory, 1998

Brogna, E; Carlsen, T; Caviness, G; Devany, R; Green-Horner, L; Hall, L; Landgraf, R; Maley, M; McDowell, B; McNeel, P; Scott, D; Atwood, C; Chamberlain, S; Espeland, E; Ferry, R; Gardner, J; Gregory, S; Jakub, B; Lamarre, A; MacQueen, D; Madrid, V; Martin, J; Martins, S; Nichols, E; Ottesen, P; Webster-Scholten, P; Wolf, J. Final feasibility study for the General Services Area Operable Unit, Lawrence Livermore National Laboratory Site 300. Lawrence Livermore National Laboratory, UCRL-AR-113860 1995

Berg, L L; Dresen, M D; Folsom, E N; Bainer, R W; Gelinas, R J; Nichols, E M; Bishop, D J; Ziagos, J P; Hassan, S E; Hoffman, J D; Kita, L S; Kulshrestha, A; Macdonald, J K; Martins, S A; Nitao, J J; Noyes, C M; Ridley, M N; Sorensen, E A;Underwood, D H. Remedial design report No.6 for the Building 518 Vapor Treatment Facility Lawrence Livermore National Laboratory, UCRL-AR-115997 Livermore Site Lawrence Livermore National Laboratory, 1994

Shinn, J.H., S.A. Martins, P.L. Cederwall and L.B. Gratt. A First-Order, Environmental Screening and Ranking of Army Smokes and Obscurants. Lawrence Livermore Laboratory UCID-20931 1985. 

Martins, S.A. and C. Fry. A Guide to Writing Procurement Specification for New and Existing CHAWS Sites. Lawrence Livermore Laboratory UCRL-CR-107024 1991

Martins, Stan. Johnston Island Air Quality Monitoring Systems User's Guide: System Description and Standard Operating Procedures. Lawrence Livermore Laboratory UCRL-CR-105428 1991

Martins, Stan. Radon Data Acquisition: An Automated System for Radon Analysis of Both Ground Air and Tower Air and for the Simultaneous Logging of Meteorological Data. Lawrence Livermore Laboratory UCRL-ID-105490 1990 

Martins, S.A. CHAWS MESSAGE CENTER USERS GUIDE: SYSTEM DESCRIPTION AND STANDARD OPERATING PROCEDURES Pine Bluff Arsenal. Lawrence Livermore Laboratory UCID-21456 1988

Martins, S., H.C. Goldwire, G.W. Johnson.FDAS Hardware and Firmware Description; Liquefied Gaseous Fuels (LGF) Data Acquisition System. Lawrence Livermore Laboratory UCID-19348 1987.

Martins, S. Soil Surface Flux Monitoring of Gaseous Emission. Lawrence Livermore National Laboratory, Environmental Restoration Divison (ERD). SOP-1.11 - Standar Operating Procedure, 1999

Martins, S. Deployment, Retrieval, Sampling and Maintenance of Instrumented Membrane Technology (IMT) Borehole-Liner Systems. Lawrence Livermore National Laboratory, Environmental Restoration Divison (ERD). SOP-1.18 - Standar Operating Procedure, 2000