SUSPENDED SOLIDS IN WATER.

Abraham Lerman, Devendra Lal, Michael F. Dacey, John E. Tyler, Roswell W. Austin, Theodore J. Petzold, Raymond C. Smith, Howard R. Gordon, J. Ronald V. Zaneveld, Edward S. Fry, Jerry R. Schubel, David E. Drake

Research output: Contribution to conferencePaper

Abstract

Proceedings include 19 papers examining the problems of sampling and concentrating suspended materials and of in situ instrumentation. The contributors delineate the results of nearshore and offshore studies, including the effect of tropical storm Agnes on suspended solids in the northern Chesapeake Bay and turbidity distribution in the deep water of the Western Atlantic Trough. There are also thorough treatments of principles underlying the study of settling velocities of suspended materials and of theories of various optical techniques employed in this research. Following is a list of titles and authors of the papers presented: Principles of Studying Suspended Materials in Water. By Ronald J. Gibbs. Stokes' Settling and Chemical Reactivity of Suspended Particles in Natural Waters. By Abraham Lerman, Devendra Lal and Michael F. Dacey. Beam Transmissometers for Oceanographic Measurements. By John E. Tyler, Roswell W. Austin and Theodore J. Petzold. Volume-Scattering Functions in Ocean Waters. By Raymond C. Smith, Roswell W. Austin and Theodore J. Petzold. Mie-Theory Models of Light Scattering by Ocean Particulates. By Howard R. Gordon. Spatial Distribution of the Index of Refraction of Suspended Matter in the Ocean. By J. Ronald V. Zaneveld. Absolute Calibration of a Scatterance Meter. By Edward S. Fry. Effects of Tropical Storm Agnes on the Suspended Solids of the Northern Chesapeake Bay. By Jerry R. Schubel. Distribution and Transport of Suspended Particulate Matter in Submarine Canyons off Southern California. By David E. Drake.

Original languageEnglish (US)
StatePublished - Jan 1 2017
EventSuspended Solids in Water, Symp, Proc, Pap - Santa Barbara, CA, USA
Duration: Mar 20 1973Mar 22 1973

Other

OtherSuspended Solids in Water, Symp, Proc, Pap
CitySanta Barbara, CA, USA
Period3/20/733/22/73

Fingerprint

Water
Chemical reactivity
Turbidity
Refraction
Light scattering
Spatial distribution
Calibration
Scattering
Sampling

ASJC Scopus subject areas

  • Engineering(all)

Cite this

Lerman, A., Lal, D., Dacey, M. F., Tyler, J. E., Austin, R. W., Petzold, T. J., ... Drake, D. E. (2017). SUSPENDED SOLIDS IN WATER.. Paper presented at Suspended Solids in Water, Symp, Proc, Pap, Santa Barbara, CA, USA, .
Lerman, Abraham ; Lal, Devendra ; Dacey, Michael F. ; Tyler, John E. ; Austin, Roswell W. ; Petzold, Theodore J. ; Smith, Raymond C. ; Gordon, Howard R. ; Zaneveld, J. Ronald V. ; Fry, Edward S. ; Schubel, Jerry R. ; Drake, David E. / SUSPENDED SOLIDS IN WATER. Paper presented at Suspended Solids in Water, Symp, Proc, Pap, Santa Barbara, CA, USA, .
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abstract = "Proceedings include 19 papers examining the problems of sampling and concentrating suspended materials and of in situ instrumentation. The contributors delineate the results of nearshore and offshore studies, including the effect of tropical storm Agnes on suspended solids in the northern Chesapeake Bay and turbidity distribution in the deep water of the Western Atlantic Trough. There are also thorough treatments of principles underlying the study of settling velocities of suspended materials and of theories of various optical techniques employed in this research. Following is a list of titles and authors of the papers presented: Principles of Studying Suspended Materials in Water. By Ronald J. Gibbs. Stokes' Settling and Chemical Reactivity of Suspended Particles in Natural Waters. By Abraham Lerman, Devendra Lal and Michael F. Dacey. Beam Transmissometers for Oceanographic Measurements. By John E. Tyler, Roswell W. Austin and Theodore J. Petzold. Volume-Scattering Functions in Ocean Waters. By Raymond C. Smith, Roswell W. Austin and Theodore J. Petzold. Mie-Theory Models of Light Scattering by Ocean Particulates. By Howard R. Gordon. Spatial Distribution of the Index of Refraction of Suspended Matter in the Ocean. By J. Ronald V. Zaneveld. Absolute Calibration of a Scatterance Meter. By Edward S. Fry. Effects of Tropical Storm Agnes on the Suspended Solids of the Northern Chesapeake Bay. By Jerry R. Schubel. Distribution and Transport of Suspended Particulate Matter in Submarine Canyons off Southern California. By David E. Drake.",
author = "Abraham Lerman and Devendra Lal and Dacey, {Michael F.} and Tyler, {John E.} and Austin, {Roswell W.} and Petzold, {Theodore J.} and Smith, {Raymond C.} and Gordon, {Howard R.} and Zaneveld, {J. Ronald V.} and Fry, {Edward S.} and Schubel, {Jerry R.} and Drake, {David E.}",
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note = "Suspended Solids in Water, Symp, Proc, Pap ; Conference date: 20-03-1973 Through 22-03-1973",

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Lerman, A, Lal, D, Dacey, MF, Tyler, JE, Austin, RW, Petzold, TJ, Smith, RC, Gordon, HR, Zaneveld, JRV, Fry, ES, Schubel, JR & Drake, DE 2017, 'SUSPENDED SOLIDS IN WATER.' Paper presented at Suspended Solids in Water, Symp, Proc, Pap, Santa Barbara, CA, USA, 3/20/73 - 3/22/73, .

SUSPENDED SOLIDS IN WATER. / Lerman, Abraham; Lal, Devendra; Dacey, Michael F.; Tyler, John E.; Austin, Roswell W.; Petzold, Theodore J.; Smith, Raymond C.; Gordon, Howard R.; Zaneveld, J. Ronald V.; Fry, Edward S.; Schubel, Jerry R.; Drake, David E.

2017. Paper presented at Suspended Solids in Water, Symp, Proc, Pap, Santa Barbara, CA, USA, .

Research output: Contribution to conferencePaper

TY - CONF

T1 - SUSPENDED SOLIDS IN WATER.

AU - Lerman, Abraham

AU - Lal, Devendra

AU - Dacey, Michael F.

AU - Tyler, John E.

AU - Austin, Roswell W.

AU - Petzold, Theodore J.

AU - Smith, Raymond C.

AU - Gordon, Howard R.

AU - Zaneveld, J. Ronald V.

AU - Fry, Edward S.

AU - Schubel, Jerry R.

AU - Drake, David E.

PY - 2017/1/1

Y1 - 2017/1/1

N2 - Proceedings include 19 papers examining the problems of sampling and concentrating suspended materials and of in situ instrumentation. The contributors delineate the results of nearshore and offshore studies, including the effect of tropical storm Agnes on suspended solids in the northern Chesapeake Bay and turbidity distribution in the deep water of the Western Atlantic Trough. There are also thorough treatments of principles underlying the study of settling velocities of suspended materials and of theories of various optical techniques employed in this research. Following is a list of titles and authors of the papers presented: Principles of Studying Suspended Materials in Water. By Ronald J. Gibbs. Stokes' Settling and Chemical Reactivity of Suspended Particles in Natural Waters. By Abraham Lerman, Devendra Lal and Michael F. Dacey. Beam Transmissometers for Oceanographic Measurements. By John E. Tyler, Roswell W. Austin and Theodore J. Petzold. Volume-Scattering Functions in Ocean Waters. By Raymond C. Smith, Roswell W. Austin and Theodore J. Petzold. Mie-Theory Models of Light Scattering by Ocean Particulates. By Howard R. Gordon. Spatial Distribution of the Index of Refraction of Suspended Matter in the Ocean. By J. Ronald V. Zaneveld. Absolute Calibration of a Scatterance Meter. By Edward S. Fry. Effects of Tropical Storm Agnes on the Suspended Solids of the Northern Chesapeake Bay. By Jerry R. Schubel. Distribution and Transport of Suspended Particulate Matter in Submarine Canyons off Southern California. By David E. Drake.

AB - Proceedings include 19 papers examining the problems of sampling and concentrating suspended materials and of in situ instrumentation. The contributors delineate the results of nearshore and offshore studies, including the effect of tropical storm Agnes on suspended solids in the northern Chesapeake Bay and turbidity distribution in the deep water of the Western Atlantic Trough. There are also thorough treatments of principles underlying the study of settling velocities of suspended materials and of theories of various optical techniques employed in this research. Following is a list of titles and authors of the papers presented: Principles of Studying Suspended Materials in Water. By Ronald J. Gibbs. Stokes' Settling and Chemical Reactivity of Suspended Particles in Natural Waters. By Abraham Lerman, Devendra Lal and Michael F. Dacey. Beam Transmissometers for Oceanographic Measurements. By John E. Tyler, Roswell W. Austin and Theodore J. Petzold. Volume-Scattering Functions in Ocean Waters. By Raymond C. Smith, Roswell W. Austin and Theodore J. Petzold. Mie-Theory Models of Light Scattering by Ocean Particulates. By Howard R. Gordon. Spatial Distribution of the Index of Refraction of Suspended Matter in the Ocean. By J. Ronald V. Zaneveld. Absolute Calibration of a Scatterance Meter. By Edward S. Fry. Effects of Tropical Storm Agnes on the Suspended Solids of the Northern Chesapeake Bay. By Jerry R. Schubel. Distribution and Transport of Suspended Particulate Matter in Submarine Canyons off Southern California. By David E. Drake.

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UR - http://www.scopus.com/inward/citedby.url?scp=85041939478&partnerID=8YFLogxK

M3 - Paper

ER -

Lerman A, Lal D, Dacey MF, Tyler JE, Austin RW, Petzold TJ et al. SUSPENDED SOLIDS IN WATER.. 2017. Paper presented at Suspended Solids in Water, Symp, Proc, Pap, Santa Barbara, CA, USA, .