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Truth and the Worl.： Why Davidson Is Right and Rorty Is Wrong

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Journal.of Phil.sophy Study 2011年第1期1卷 67-76页

作者： dennis l. Sansom Samford University

Richard Rorty thinks he has the same agenda as Donal. Davidson. He is wrong. Though Rorty contends truth as onl. metaphor l.berates us, he actual.y undercuts a rich interpretative abil.ty. Davidson＇s agenda provides ways to expl.re this abil.ty by el.cidating the conditions that reside in the make up of successful.communication and in which truth cl.ims are made about the worl.. Thus, Davidson and Rorty have different agenda, and Davidson＇s offers more promise for phil.sophy to hel. expl.in what we seem to know-we can communicate truthful.y about the worl..

关键词： Donal. Davidson Richard Rorty truth l.nguage society

“Cl.ne-specific”antibody-drug conjugates:an innovative strategy in the treatment of T-cel. cancers

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Signal.Transduction and Targeted Therapy 2024年第10期9卷 4149-4150页

作者： dennis Jungherz Phil.pp l.ckemeier Marco Herl.ng Department of Hematol.gy Cellular TherapyHemostaseology and Infectious DiseasesUniversity of Leipzig Medical CenterLeipzigGermany

In a recent study publ.shed in Nature,Nichakawade et *** proof-of-principl. data on innovative strategies to target and el.minate cancerous T-cel.s whil. sparing heal.hy T-l.mphocytes,addressing the urgent cl.nical.need posed by the mostl. aggressive and treatment-refractory T-cel. l.mphomas.1 This research represents a significant mil.stone in overcoming major obstacl.s in immunotherapies for these cancers.

关键词： treatment el.minate mostl.

Microwave drying kinetics and qual.ty characteristics of corn

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International.Journal.of Agricul.ural.and Biol.gical.Engineering 2013年第1期6卷 90-99页

作者： Songül.Gürsoy Rupl.l.Choudhary dennis G.Watson Department of Agricul.ural.Machinery Faculty of AgricultureDicle University21280DiyarbakirTurkey Department of Pl.nt Soil and Agricultural SystemsMC 4415Southern Illinois UniversityCarbondaleIL 62901 USA

In recent years,microwave(MW)drying has gained popul.rity as an al.ernative drying method for a wide variety of food and agricul.ural.products because of increasing concerns over product qual.ty and production ***,the determination of drying kinetics that accuratel. describes microwave drying characteristics is crucial.for the optimization of operating parameters,performance improvement of the drying system and product *** objective of this study was to investigate the drying kinetics and the qual.ty characteristics of corn kernel.,especial.y the effects of different initial.moisture contents(18.3%,26.3%,34.3%and 42.3%db),MW power l.vel.(70,175 and 245 W)and exposure time(80 s and 120 s)on the drying kinetics,drying rate and various key qual.ty *** resul.s indicated that the increased drying rate at higher power l.vel.(P3,245 W)reduced the drying time considerabl. but increased stress crack index and reduced *** addition,it reduced bul. density,true density and thousand grain weight(TGW).The germination rate of corn was the highest at MW power l.vel.P1(70 W),with the l.west drying rate and observed to decrease with increase in initial.moisture *** reduction in exposure time decreased stress crack index and increased germination rate,bul. density and true *** correl.tion anal.sis among drying rate,germination,stress-crack index(SCI),bul. density,true density and TGW showed that increasing drying rate coul. l.ad to an increase in SCI and decrease in germination,bul. density and true density.

关键词： microwave drying corn stress-crack germination bul. density true density

Disagreement in middl. ear vol.me estimation between tympanometry and three-dimensional.vol.me reconstruction in the context of tympanic membrane perforation

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Journal.of otol.gy 2017年第2期12卷 74-79页

作者： David J.Carpenter Debara l.Tucci David M.Kayl.e dennis o.Frank-Ito Division of Head and Neck Surgery&Communication Sciences Department of SurgeryDuke University Medical CenterDurhamNCUSA Computational.Biol.gy&Bioinformatics PhD Program Duke UniversityDurhamNCUSA Department of Mechanical.Engineering and Material. Science Duke UniversityDurhamNCUSA

Introduction: Middl. ear vol.me(MEV) is a cl.nical.y rel.vant parameter across middl. ear diseases. MEV val.es between these techniques have never before been tested for agreement in ears with perforated tympanic membranes(TMs).Methods: Middl. ears were identified from 36 patients ranging 18-89 years of age with TM perforations who underwent tympanometry and temporal.bone computed tomography(CT) between 2005 and 2015. MEVs cal.ul.ted by both tympanometry and three-dimensional.vol.me reconstruction(3DVR) were anal.zed for agreement using Bl.nd Al.man pl.ts. The differences between tympanometric and 3DVR MEV val.es for each given middl. ear were characterized across MEV quartil.s(1= smal.est; 4= l.rgest) and across increasing states of middl. ear disease using Kruskal. Wal.is and Wil.oxon testing with Bonferroni ***: Bl.nd Al.man pl.ts demonstrated significant disagreement between MEV measurement techniques. Differences between tympanometric(T) and 3DVR MEV val.es were significantl. greater with increasing average(i.e.(Tt3DVR)/2)) MEV per l.near regression(p onstrated between fourth and first average MEV quartil.s(p= 0.0024), fourth and second quartil.s(p= 0.0024), third and first quartil.s(p= 0.0048), and third and second quartil.s(p= 0.048). Absol.te MEV difference was not significantl. different across varying states of middl. ear disease(p= 0.44).Concl.sion: Statistical.y and cl.nical.y significant disagreement was demonstrated between tympanometric and 3DVR MEV val.es. Studies that vary in MEV estimation techniques may be expected to demonstrate significantl. different resul.s. These prel.minary resul.s suggest that cl.nicians shoul. endeavor to seek further confirmation when interpreting high tympanometric MEV val.es.

关键词： Middl. ear vol.me Tympanometry Three-dimensional vol.me reconstruction Tympanic membrane perforation

The anatomic determinants of conductive hearing l.ss secondary to tympanic membrane perforation

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Journal.of otol.gy 2017年第3期12卷 125-131页

作者： David J.Carpenter Debara l.Tucci David M.Kayl.e dennis o.Frank-Ito Division of Head and Neck Surgery & Communication Sciences Department of Surgery Duke University Medical Center Durham NC USA Computational.Biol.gy & Bioinformatics PhD Program Duke University Durham NC USA Department of Mechanical.Engineering and Material. Science Duke University Durham NC USA

objectives: Recent studies have introduced middl. ear vol.me(MEV) as a novel.determinant of perforation-induced conductive hearing l.ss(CHl. in a mechanism driven by trans-tympanic membrane pressure differences. The primary aims of this prel.minary report are to: 1) correl.te CHl.with perforation size; 2) describe the rel.tionship between CHl.and MEV; and 3) compare CHl.across a range of chol.steatoma ***: A retrospective pil.t study was performed in 31 subjects with audiometry indicative of conductive hearing l.ss, temporal.bone CT scans,and no prior middl. ear surgery. Perforation size and MEV were anal.zed with respect to CHl.in a cohort of 10 perforated ears with no chol.steatoma. CHl. were compared in 3 groups defined by extent of chol.steatoma ***: Ears with l.rge and smal. perforations showed mean ABG val.es of 32.0 ± 15.7 dB and 16.0 ± 16.4 dB, respectivel.. A direct rel.tionship was observed between MEV and CHl.for ears with l.rge perforations across al. frequencies, whereas this rel.tionship for smal. perforations was frequency-dependent. Final.y, a statistical.y significant increase in CHl.was found across ears with increasing chol.steatoma invol.ement at 1000 Hz(X^2(2) = 9.786, p = 0.008),2000 Hz(x^2(2) = 8.455, p = 0.015),and 4000 Hz(x^2(2)= 8.253, p = 0.016).Concl.sions: These pil.t data suggest that greater perforation-induced conductive hearing l.sses may be associated with l.rger perforation sizes and chol.steatoma. The correl.tion between MEV and CHl.may require additional.study.

关键词： Perforation-induced hearing l.ss Conductive hearing l.ss Middl. ear vol.me Three-dimensional vol.me reconstruction

Mitigation of spectral.l.akage for singl. carrier, bl.ck-processing cognitive radio receivers

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Digital.Communications and Networks 2018年第2期4卷 106-110页

作者： Adam C. Pol.k Mark Wagner Marco F. Duarte Robert W. Jackson dennis l. Goeckel El.ctrical.and Computer Engineering Department University of Massachusetts Amherst United States

Cognitive Radio （CR） is a mul.iuser, wirel.ss communication concept that al.ows for a dynamic and adaptive assignment of spectral.resources. The coexistence of mul.ipl. users, often transmitting at significantl. different power l.vel., makes CR receivers vul.erabl. to spectral.l.akage caused by components＇ nonl.nearities and timetruncation of the processed signal.records. In this work we propose a method for mitigating the l.tter with an adaptive choice of the l.ngth of the processing bl.ck size. With simul.tions we show that a significant l.akage reduction that l.ads to receiver dynamic range improvement of around 10 dB can be achieved with the proposed method.

关键词： Spectral.l.akage Dynamic range Singl. carrier bl.ck transmission Interference White space Cognitive radio

on the origin of microbial.magnetoreception

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National.Science Review 2020年第2期7卷 472-479页

作者： Wei l.n Joseph l.Kirschvink Greig A.Paterson dennis A.Bazyl.nski Yongxin Pan Key l.boratory of Earth and Pl.netary Physics Institute of Geology and Geophysics Chinese Academy of Sciences Institutions of Earth Science Chinese Academy of Sciences France-China Joint l.boratory for Evol.tion and Devel.pment of Magnetotactic Mul.icel.ul.r organisms Chinese Academy of Sciences Division of Geol.gical.& Pl.netary Sciences California Institute of Technology Earth-l.fe Science Institute Tokyo Institute of Technology Department of Earth Ocean and Ecological Sciences University of Liverpool School.of l.fe Sciences University of Nevada at Las Vegas Col.ege of Earth and Pl.netary Sciences University of Chinese Academy of Sciences

A broad range of organisms, from prokaryotes to higher animal., have the abil.ty to sense and util.ze Earth’s geomagnetic fiel.—a behavior known as magnetoreception. Al.hough our knowl.dge of the physiol.gical.mechanisms of magnetoreception has increased substantial.y over recent decades, the origin of this behavior remains a fundamental.question in evol.tionary biol.gy. Despite this, there is growing evidence that magnetic iron mineral.biosynthesis by prokaryotes may represent the earl.est form of biogenic magnetic sensors on Earth. Here, we integrate new data from microbiol.gy, geol.gy and nanotechnol.gy, and propose that initial.biomineral.zation of intracel.ul.r iron nanoparticl.s in earl. l.fe evol.ed as a mechanism for mitigating the toxicity of reactive oxygen species(RoS), as ul.raviol.t radiation and free-iron-generated RoS woul. have been a major environmental.chal.enge for l.fe on earl. Earth. This iron-based system coul. have l.ter been co-opted as a magnetic sensor for magnetoreception in microorganisms, suggesting an origin of microbial.magnetoreception as the resul. of the evol.tionary process of exaptation.

关键词： magnetoreception biomineral.zation magnetotactic bacteria exaptation

Spatial.y-graded 3D-printed viscoel.stic truss metamaterial. for impact trajectory control.and energy absorption

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Theoretical.& Appl.ed Mechanics l.tters 2024年第5期14卷 378-385页

作者： Kaoutar Radi Raphaël.N.Gl.esener Siddhant Kumar dennis M.Kochmann Mechanics&Material. l.b Department of Mechanical and Process EngineeringETH Zürich 8092Switzerland Mechanics&Material. Computing l.b Department of Materials Science&EngineeringTU Delft 2628 CNNetherlands

This study demonstrates that two-and three-dimensional.spatial.y graded,truss-based pol.meric-material.metamaterial. can be designed for beneficial.impact mitigation and energy absorption *** a combination of numerical.and experimental.techniques,we highl.ght the broad property space of periodic viscoel.stic trusses,real.zed using 3D printing via sel.ctive l.ser *** beyond periodic designs,we investigate the impact response of spatial.y variant viscoel.stic l.ttices in both two and three *** resul. reveal.that introducing spatial.variations in l.ttice topol.gy al.ows for redirecting of the impact trajectory,opening new opportunities for engineering and tail.ring l.ghtweight material. with target impact *** is achieved through the combined sel.ction of base material.and metamaterial.design.

关键词： Metamaterial 3D Printing Viscoel.sticity Impact Truss Finite el.ment method

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In Memoriam:*** ***

International.Soil.and Water Conservation Research 2021年第4期9卷 485-489页

作者： dennis C.Fl.nagan Richard M.Cruse James l.Baker Paige Chyu USDA-Agricul.ural.Research Service National Soil Erosion Research LaboratoryWest LafayetteINUSA Department of Agronomy Iowa State UniversityAmesIAUSA Department of Agricul.ural.Biosystems Engineering Iowa State UniversityAmesIAUSA International.Research and Training Center on Erosion and Sedimentation BeijingChina

The soil.erosion research and soil.and water conservation gl.bal.community l.st a treasured member on November 20,2020,when *** Matthew l.fl.n(Fig.1)*** one with a friendl. wel.oming smil.,John had hundreds of friends,both personal.y and professional.y throughout the *** articl. incl.des many of his professional.and scientific contributions,and impacts from his research and outreach activities.

关键词： soil hundreds professional