Faculty

Institution

Unit

Venue

B. Samuel Tanenbaum

Harvey Mudd College

Affiliations

Harvey Mudd College

Department Of Biology

NoneB. Samuel Tanenbaum is currently serving as a Biology faculty at Harvey Mudd College.

Honors

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Experiences

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Education

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B. Samuel Tanenbaum

Harvey Mudd College

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applied physics dermatology laser science optical engineering materials science biophysics heat transfer biomedical imaging thermal engineering surface science optical properties biological imaging photomedicine photonics tissue engineering orthopedic surgery optoelectronics vascular biology physical medicine optical imaging thermal analysis medical biophysics cutaneous biology biomedical photonics cryogenics tissue imaging laser treatment human skin applied physiology surgical oncology biological tissues port wine stains laser irradiation electronics laboratory medicine composite science precision engineering plasma physics optical metrology thermal processing laser processing technology thermal comfort temperature measurement quantum technologies experimental biophysics radiation biology laser ablation human exposure dynamic epidermal cooling laser-induced photothermolysis comparative study pulsed photothermal profiling feasibility study hypervascular lesions skin phantom vascular surgery visual science cosmetic dermatology solid-state electronics optical spectroscopy surface treatments biomedical technologies infrared spectroscopy thermal infrared remote sensing radiation effects angiology imaging spectroscopy experimental dermatology comparative analysis applied plasma physics plasma photonics relativistic plasma laser-heated chromophores pulsed photothermal radiometry depth profiling therapeutic procedures

Notable Scholarly Works

Notable Federal Grants

Collaborators

Imaging Laser-Heated Cutaneous Chromophores. Advances in Optical Imaging and Photon Migration (2022)

T. E. MilnerB. AnvariJ. S. NelsonB. S. TanenbaumL. O. Svaasand

tissue imaginglaser sciencebiomedical photonicsophthalmologylaser-heated cutaneous chromophorescutaneous biologybiomedical imagingphotonicsmedical imagingoptical imagingbiological imagingmedical optical imaging

Cryogenic Spray Cooling of Human Skin: Utilization in Laser Treatment of Hypervascular Cutaneous Malformations. (2003)

B. AnvariJ.H. TorresB.S. TanenbaumJ.S. Nelson

human skincryogenic spray coolingcryogenicshypervascular cutaneous malformationsophthalmologythermal engineeringlaser treatmentdermatologytissue engineering

Spectral Variation of the Infrared Absorption Coefficient in Pulsed Photothermal Profiling of Biological Samples. Physics in Medicine and Biology (2002)

Boris MajaronWim VerkruysseB Samuel TanenbaumThomas E MilnerJ Stuart Nelson

health sciencesbiophysicsspectroscopymedical biophysicslaboratory medicinespectral variationphysical medicineinfrared absorption coefficientbiological samplesbiomedical technologiesapplied physicspulsed photothermal profilingexperimental biophysicsoptical propertiesinfrared spectroscopy

Laser‐Mediated Cartilage Reshaping With Feedback‐Controlled Cryogen Spray Cooling: Biophysical Properties and Viability. Lasers in Surgery and Medicine (2001)

A.M. KaramzadehA. RasouliB.S. TanenbaumT.E. MilnerJ.S. NelsonB.J.F. Wong

nanomedicinebiophysical propertiesorthopedic surgerylaser sciencesoft tissue surgerysurgerycartilageorthopaedic researchsurgical oncologyphotomedicinetissue engineeringbiomedical engineeringregenerative medicineorthopaedic surgerylaser-mediated cartilage

Theramal, Mechanical, Optical, and Morphologic Changes in Bovine Nucleus Pulposus Induced by Nd: Yag (λ = 1.32 μM) Laser Irradiation. Lasers in Surgery and Medicine (2001)

Joon Y. ChoiB. Samuel TanenbaumThomas E. MilnerXavier V. DaoJ. Stuart NelsonEmil N. SobolBrian J.F. Wong

laser ablationsurgical oncologyphotonicsmorphologic changeslaser irradiationlaser processing technologylaser sciencephotomedicinesurgeryorthopedic surgeryradiation effectsradiation biologybovine nucleus pulposustissue engineeringlasersmammalian biologythoracic surgeryradiation oncologyradiationbiomedical engineering

Combining Two Excitation Wavelengths for Pulsed Photothermal Profiling of Hypervascular Lesions in Human Skin. Physics in Medicine and Biology (2000)

Boris MajaronWim VerkruysseB Samuel TanenbaumThomas E MilnerSergey A TelenkovDennis M GoodmanJ Stuart Nelson

human skinbiophysicsbiomedical photonicsexcitation wavelengthsmedical biophysicsphysical medicinecutaneous biologybiomedical imagingapplied physicshypervascular lesionsdermatologyphotomedicinevascular biologyexperimental biophysicspulsed photothermal profilingbiological imagingelectrophysiologybiomedical analysis

Optimal Cryogen Spray Cooling Parameters for Pulsed Laser Treatment of Port Wine Stains. Lasers in Surgery and Medicine (2000)

Wim VerkruysseBoris MajaronB. Samuel TanenbaumJ. Stuart Nelson

port wine stainslaser processing technologylaser scienceorthopedic surgerycryogenicssurface treatmentslaser treatmentapplied physicsoptical metrologybiomedical engineeringsurgery

Pulsed Photothermal Profiling of Hypervascular Lesions: Some Recent Advances. Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIE (2000)

Boris MajaronWim VerkruysseB. S. TanenbaumThomas E. MilnerJ. Stuart Nelson

cancer imagingbiomedical imagingmedical imagingapplied physicshypervascular lesionsdermatologyoptical engineeringvascular biologyphotothermal profiling

Skin Thermal Response to Sapphire Contact and Cryogen Spray Cooling: A Comparative Study Based on Measurements in a Skin Phantom. Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIE (2000)

Jorge H. TorresJ. Stuart NelsonB. S. TanenbaumBahman Anvari

thermal analysisophthalmologyoptoelectronicsphotonicsapplied physicsoptical engineeringcomparative studyoptical propertiesthermal insulationheat transferdermatologycryogen spray coolingthermal comfortthermal engineeringskin phantomcanadian studiesskin thermal responsethermal modelingthermodynamics

Cryogenic Spray Cooling in Conjunction With Dermatological Laser Surgery: Droplet and Internal Temperature Estimations. Biomedical optics (1999)

Bahman AnvariJorge H. TorresB. Samuel TanenbaumThomas E. MilnerJ. Stuart Nelson

dermatological laser surgeryinternal temperature estimationscryogenic spray coolingcryogenicsheat transferdermatology

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B. Samuel Tanenbaum

Harvey Mudd College

Affiliations

Harvey Mudd College

Department Of Biology

NoneB. Samuel Tanenbaum is currently serving as a Biology faculty at Harvey Mudd College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

B. Samuel Tanenbaum

Harvey Mudd College

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Imaging Laser-Heated Cutaneous Chromophores. Advances in Optical Imaging and Photon Migration (2022)

T. E. MilnerB. AnvariJ. S. NelsonB. S. TanenbaumL. O. Svaasand

Cryogenic Spray Cooling of Human Skin: Utilization in Laser Treatment of Hypervascular Cutaneous Malformations. (2003)

B. AnvariJ.H. TorresB.S. TanenbaumJ.S. Nelson

human skincryogenic spray coolingcryogenicshypervascular cutaneous malformationsophthalmologythermal engineeringlaser treatmentdermatologytissue engineering

Spectral Variation of the Infrared Absorption Coefficient in Pulsed Photothermal Profiling of Biological Samples. Physics in Medicine and Biology (2002)

Boris MajaronWim VerkruysseB Samuel TanenbaumThomas E MilnerJ Stuart Nelson

Laser‐Mediated Cartilage Reshaping With Feedback‐Controlled Cryogen Spray Cooling: Biophysical Properties and Viability. Lasers in Surgery and Medicine (2001)

A.M. KaramzadehA. RasouliB.S. TanenbaumT.E. MilnerJ.S. NelsonB.J.F. Wong

Theramal, Mechanical, Optical, and Morphologic Changes in Bovine Nucleus Pulposus Induced by Nd: Yag (λ = 1.32 μM) Laser Irradiation. Lasers in Surgery and Medicine (2001)

Joon Y. ChoiB. Samuel TanenbaumThomas E. MilnerXavier V. DaoJ. Stuart NelsonEmil N. SobolBrian J.F. Wong

Combining Two Excitation Wavelengths for Pulsed Photothermal Profiling of Hypervascular Lesions in Human Skin. Physics in Medicine and Biology (2000)

Boris MajaronWim VerkruysseB Samuel TanenbaumThomas E MilnerSergey A TelenkovDennis M GoodmanJ Stuart Nelson

Optimal Cryogen Spray Cooling Parameters for Pulsed Laser Treatment of Port Wine Stains. Lasers in Surgery and Medicine (2000)

Wim VerkruysseBoris MajaronB. Samuel TanenbaumJ. Stuart Nelson

port wine stainslaser processing technologylaser scienceorthopedic surgerycryogenicssurface treatmentslaser treatmentapplied physicsoptical metrologybiomedical engineeringsurgery

Pulsed Photothermal Profiling of Hypervascular Lesions: Some Recent Advances. Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIE (2000)

Boris MajaronWim VerkruysseB. S. TanenbaumThomas E. MilnerJ. Stuart Nelson

cancer imagingbiomedical imagingmedical imagingapplied physicshypervascular lesionsdermatologyoptical engineeringvascular biologyphotothermal profiling

Jorge H. TorresJ. Stuart NelsonB. S. TanenbaumBahman Anvari

Cryogenic Spray Cooling in Conjunction With Dermatological Laser Surgery: Droplet and Internal Temperature Estimations. Biomedical optics (1999)

Bahman AnvariJorge H. TorresB. Samuel TanenbaumThomas E. MilnerJ. Stuart Nelson

dermatological laser surgeryinternal temperature estimationscryogenic spray coolingcryogenicsheat transferdermatology

1
2
3
4
10 / page