Faculty

Institution

Unit

Venue

Bruce L. Jensen

Professor Emeritus

University of Maine

Affiliations

College of Liberal Arts and Sciences

Department of Chemistry

Bruce L. Jensen is currently serving as a College Of Liberal Arts And Sciences Professor Emeritus at University of Maine.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Bruce L. Jensen

University of Maine

Professor Emeritus

You can click a keyword to filter the displayed items

chemistry organic synthesis organic chemistry chemical synthesis chemical engineering pharmacology natural product synthesis total synthesis biochemistry heterocyclic nuclear magnetic resonance medicinal chemistry energy chemistry energy research fuel science derivative (chemistry) selective diol dehydration concise synthesis chiral allylsilylene bioenergy natural products energy efficiency bioresource technology energy conversion toxins antioxidants in vitro toxicology analytical toxicology ecotoxicology plant physiology plant science horticulture research applied pyrolysis biochar lignin biomass conversion biomass pyrolysis energy engineering energy production aging process experimental toxicology cardiovascular toxicity clinical toxicology experimental pharmacology metal toxicity steroid metabolism crop physiology synthesis methods enantioselective synthesis biomimetic chemistry fast pyrolysis chemical shifts compositional changes metabolic studies guinea pig methyl analog ultrastructural effects trimethyl phosphate improved enamine-alkylation procedure undergraduate nmr monoterpene citronellal ddt precursors

Notable Scholarly Works

Notable Federal Grants

Collaborators

Compositional Changes to Low Water Content Bio-Oils During Aging: An Nmr, Gc/Ms, and Lc/Ms Study. Energy & Fuels (2016)

Jincy JosephMatthew J. RasmussenJames P. FecteauSally KimHyunji LeeKatelyn A. TracyBruce L. JensenBrian G. FrederickElizabeth A. Stemmler

aging processengineeringenergy conversionenergy storagesustainable energyenergy researchenergy transitionenergy chemistryageingfuel sciencematerials scienceenergy efficiencyenergy productionenvironmental sciencecompositional changesenergy engineering

Chemical Shifts and Lifetimes for Nuclear Magnetic Resonance (Nmr) Analysis of Biofuels. Energy & Fuels (2010)

Jincy JosephCirila BakerSaikrishna MukkamalaSedat H. BeisM. Clayton WheelerWilliam J. DeSistoBruce L. JensenBrian G. Frederick

energy researchenergy chemistrynuclear magnetic resonancefuel sciencechemical shiftschemical engineering

Fast Pyrolysis of Lignins. BioResources (2010)

Sedat H. BeisSaikrishna MukkamalaNathan HillJincy JosephCirila BakerBruce JensenElizabeth A. StemmlerClayton WheelerBrian G. FrederickAdriaan van HeiningenAlex G. BergWilliam J. DeSisto

applied pyrolysisbioenergyligninbioresource technologybiomass conversionfast pyrolysisbiochemistrybiomass pyrolysisbiochar

Isolation of Betulin and Rearrangement to Allobetulin. a Biomimetic Natural Product Synthesis. Journal of Chemical Education (2007)

Brian GreenMichael D. BentleyBong Y. ChungNicholas G. LynchBruce L. Jensen

natural productsbiochemistrynatural product synthesischemistry

Plant Hormones Isolated From “Katahdin” Potato Plant Tissues and the Influence of Photoperiod and Temperature on Their Levels in Relation to Tuber Induction. Journal of Plant Growth Regulation (2007)

Ahmed MalkawiBruce L. JensenAlan R. Langille

horticulture researchbotanyplant physiologyplant sciencepharmacologycrop physiologyenvironmental science

Infrared Study of Uv-Irradiated Tungsten Trioxide Powders Containing Adsorbed Dimethyl Methyl Phosphonate and Trimethyl Phosphate. Research on Chemical Intermediates (2006)

Anil WagheSofian M. KananImad Abu-YousefBruce JensenCarl P. Tripp

environmental engineeringinorganic chemistrytrimethyl phosphatematerials sciencechemical engineering

Cheminform Abstract: Natural Products via Reetz Chemistry. Synthesis of (.+-.)-Cuparene.. ChemInform (2001)

Frank G. FavaloroChristina A. GoudreauBradford P. MundyThomas PoonSergei V. SlobodzianBruce L. Jensen

chemistrychemical synthesisorganic synthesisnatural product synthesischeminform abstract

Molecular Mechanics and Variable-Temperature 1H Nmr Studies on N,N-Diethyl-M-Toluamide. an Undergraduate Nmr and Molecular Modeling Experiment. Journal of Chemical Education (2001)

Bruce L. JensenRaymond C. Fort

undergraduate nmrnuclear magnetic resonancechemistry

Natural Products via Reetz Chemistry Synthesis of (±)-Cuparene. Synthetic Communications (2001)

Frank G. FavaloroChristina A. GoudreauBradford P. MundyThomas PoonSergei V. SlobodzianBruce L. Jensen

organic synthesischemistry

A Concise Synthesis of 1-Substituted-2-Tetralones by Selective Diol Dehydration Leading to Ketone Transposition. Tetrahedron Letters (2000)

Bruce L JensenSergei V Slobodzian

organic synthesisconcise synthesisselective diol dehydrationchemistry

1
2
3
4
10 / page

Bruce L. Jensen

Professor Emeritus

University of Maine

Affiliations

College of Liberal Arts and Sciences

Department of Chemistry

Bruce L. Jensen is currently serving as a College Of Liberal Arts And Sciences Professor Emeritus at University of Maine.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Bruce L. Jensen

University of Maine

Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Compositional Changes to Low Water Content Bio-Oils During Aging: An Nmr, Gc/Ms, and Lc/Ms Study. Energy & Fuels (2016)

Jincy JosephMatthew J. RasmussenJames P. FecteauSally KimHyunji LeeKatelyn A. TracyBruce L. JensenBrian G. FrederickElizabeth A. Stemmler

Chemical Shifts and Lifetimes for Nuclear Magnetic Resonance (Nmr) Analysis of Biofuels. Energy & Fuels (2010)

Jincy JosephCirila BakerSaikrishna MukkamalaSedat H. BeisM. Clayton WheelerWilliam J. DeSistoBruce L. JensenBrian G. Frederick

energy researchenergy chemistrynuclear magnetic resonancefuel sciencechemical shiftschemical engineering

Fast Pyrolysis of Lignins. BioResources (2010)

Sedat H. BeisSaikrishna MukkamalaNathan HillJincy JosephCirila BakerBruce JensenElizabeth A. StemmlerClayton WheelerBrian G. FrederickAdriaan van HeiningenAlex G. BergWilliam J. DeSisto

applied pyrolysisbioenergyligninbioresource technologybiomass conversionfast pyrolysisbiochemistrybiomass pyrolysisbiochar

Isolation of Betulin and Rearrangement to Allobetulin. a Biomimetic Natural Product Synthesis. Journal of Chemical Education (2007)

Brian GreenMichael D. BentleyBong Y. ChungNicholas G. LynchBruce L. Jensen

natural productsbiochemistrynatural product synthesischemistry

Ahmed MalkawiBruce L. JensenAlan R. Langille

horticulture researchbotanyplant physiologyplant sciencepharmacologycrop physiologyenvironmental science

Infrared Study of Uv-Irradiated Tungsten Trioxide Powders Containing Adsorbed Dimethyl Methyl Phosphonate and Trimethyl Phosphate. Research on Chemical Intermediates (2006)

Anil WagheSofian M. KananImad Abu-YousefBruce JensenCarl P. Tripp

environmental engineeringinorganic chemistrytrimethyl phosphatematerials sciencechemical engineering

Cheminform Abstract: Natural Products via Reetz Chemistry. Synthesis of (.+-.)-Cuparene.. ChemInform (2001)

Frank G. FavaloroChristina A. GoudreauBradford P. MundyThomas PoonSergei V. SlobodzianBruce L. Jensen

chemistrychemical synthesisorganic synthesisnatural product synthesischeminform abstract

Molecular Mechanics and Variable-Temperature 1H Nmr Studies on N,N-Diethyl-M-Toluamide. an Undergraduate Nmr and Molecular Modeling Experiment. Journal of Chemical Education (2001)

Bruce L. JensenRaymond C. Fort

undergraduate nmrnuclear magnetic resonancechemistry

Natural Products via Reetz Chemistry Synthesis of (±)-Cuparene. Synthetic Communications (2001)

Frank G. FavaloroChristina A. GoudreauBradford P. MundyThomas PoonSergei V. SlobodzianBruce L. Jensen

organic synthesischemistry

A Concise Synthesis of 1-Substituted-2-Tetralones by Selective Diol Dehydration Leading to Ketone Transposition. Tetrahedron Letters (2000)

Bruce L JensenSergei V Slobodzian

organic synthesisconcise synthesisselective diol dehydrationchemistry

1
2
3
4
10 / page

Similar Faculty Members

Yu Yuan

Institution

University of Central Florida

pharmacology

natural product research

T. Ross Kelly

Institution

Boston College

non natural molecules

chemistry

Kathlyn A. Parker

Institution

Stony Brook University

modified biological molecules

organic chemistry

Gregory Dudley

Institution

West Virginia University

organic chemistry

medicinal chemistry

Paul R. Hanson

Institution

University of Kansas

medicinal chemistry

chemistry

Raymond Funk

Institution

Pennsylvania State University

chemistry

natural product research

James Rigby

Institution

Wayne State University

chemistry

organic synthesis

Peter Alan Jacobi

Institution

Dartmouth College

synthetic chemistry

natural product

Glenn Micalizio, PhD

Institution

Dartmouth College

biomolecular engineering

chemical synthesis

Carl J. Lovely

Institution

University of Texas at Arlington

chemistry

organic synthesis

Similar Faculty Members

Yu Yuan

Institution

University of Central Florida

pharmacology

natural product research

T. Ross Kelly

Institution

Boston College

non natural molecules

chemistry

Kathlyn A. Parker

Institution

Stony Brook University

modified biological molecules

organic chemistry

Gregory Dudley

Institution

West Virginia University

organic chemistry

medicinal chemistry

Paul R. Hanson

Institution

University of Kansas

medicinal chemistry

chemistry

Raymond Funk

Institution

Pennsylvania State University

chemistry

natural product research

James Rigby

Institution

Wayne State University

chemistry

organic synthesis

Peter Alan Jacobi

Institution

Dartmouth College

synthetic chemistry

natural product

Glenn Micalizio, PhD

Institution

Dartmouth College

biomolecular engineering

chemical synthesis

Carl J. Lovely

Institution

University of Texas at Arlington

chemistry

organic synthesis