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丹麦农业与食品产业合作社

世界农业 2015年第4期 116-123页

作者： Henning otte Hansen 远铜哥本哈根大学食品与资源经济系农业部农业贸易促进中心北京100125

合作社模式在许多国家的食品行业中起到了很重要的作用。合作社与公司的不同之处在于,合作社的所有者和使用者是一样的。在食品行业中,尤其是在牛奶厂、屠宰场、贸易公司和供应商中,合作社是非常普遍的企业形式。尽管合作社是基于特定... 详细信息

合作社模式在许多国家的食品行业中起到了很重要的作用。合作社与公司的不同之处在于,合作社的所有者和使用者是一样的。在食品行业中,尤其是在牛奶厂、屠宰场、贸易公司和供应商中,合作社是非常普遍的企业形式。尽管合作社是基于特定原则建立的,且与公司相比在基础上和结构上有差异,合作社从根本上说还是以贸易为导向的。合作社的目标就像其他类别的公司的目标一样——持续为所有者创造利润。数十年来,丹麦农业和农业贸易一直以合作社占有大量市场份额和强大的国际竞争力为显著特征。合作社成功地增强了市场力量,促进了农产品的销售。通过向合作社提供农产品,并由合作社统一销售的方式,农民的市场地位得到了改善,管理国际市场也变得容易了。

关键词：丹麦产业合作社

Biogeochemistry and metal tolerance in wetland plants–implications for the evolution of metal tolerance in all plants

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Biogeochemistry and metal tolerance in wetland plants–impli...

纪录片字幕汉译德翻译实践报告 ——以《人间世》抗疫特别节目为例

The First International Workshop on Plant Ionomics

作者： Marinus L otte Wetland Ecology Research group School of Biological and Environmental Science University College Dublin Ireland

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纪录片字幕汉译德翻译实践报告 ——以《人间世》抗疫特别节目为例

作者： otte,Ann-Christin 北京外国语大学

学位级别：硕士

各种国际媒体在德国日益受到欢迎,因此字幕成为翻译的一个日益重要的领域。然而,中文媒体的字幕翻译仍然是一个相对未被深入研究的领域。纪录片在德国观众中也很受欢迎,但同样也只有少数作品涉及其翻译。本文通过研究一部中国纪录片系... 详细信息

各种国际媒体在德国日益受到欢迎,因此字幕成为翻译的一个日益重要的领域。然而,中文媒体的字幕翻译仍然是一个相对未被深入研究的领域。纪录片在德国观众中也很受欢迎,但同样也只有少数作品涉及其翻译。本文通过研究一部中国纪录片系列的字幕来为这两个领域的研究做出一点补充。以纪录片系列《人间世·抗疫特别节目》为例,运用了科勒的等值理论,该理论已经适应到字幕翻译中。重点关注了文本规范和形式美学等价的翻译问题,特别侧重于删节策略。分析结果表明,科勒的等值理论在字幕翻译领域具有出色的适用性,得益于其灵活性。文本规范等值的运用有助于确保字幕听起来更加自然,而形式美学等值则处理了本文中所提到的删减策略,以满足时空限制。然而,字幕翻译者必须保持灵活性,需根据每个场景灵活调整翻译方法。

关键词：字幕翻译纪录片科勒的等值理论

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把Fortran编译成程序相关图的试验

软件 1992年第10期13卷 625-644页

作者： otte.,KJ 李嘉禄

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一种评估农田蒸散的统计-动力方法

气象科技 1993年第2期21卷 90-95页

作者： Naot O.M.J.otte 张励坚

1 引言植物的气孔在能量被植被覆盖的地表吸收后转变成显热和潜热中起着重要的作用,因此植物气孔对农田水分和能量收支有很大影响,同时还极大地影响着水分循环、气候和天气(如 Avissar 和 Pielke,1991)。经验表明(如 Jarvis 和 Morison,... 详细信息

1 引言植物的气孔在能量被植被覆盖的地表吸收后转变成显热和潜热中起着重要的作用,因此植物气孔对农田水分和能量收支有很大影响,同时还极大地影响着水分循环、气候和天气(如 Avissar 和 Pielke,1991)。经验表明(如 Jarvis 和 Morison,1981;Avissar 等,1985)

关键词：农田水蒸发水分统计-动力法

Entanglement beating in free space through spin–orbit coupling

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Light(Science & Applications) 2018年第1期7卷 1040-1046页

作者： Eileen otte Carmelo Rosales-Guzmán Bienvenu Ndagano Cornelia Denz Andrew Forbes Institute of Applied Physics University of MuensterMuenster D-48149Germany School of Physics University of the WitwatersrandWits 2050South Africa

It is well known that the entanglement of a quantum state is invariant under local unitary *** rule dictates,for example,that the entanglement of internal degrees of freedom of a photon remains invariant during free-space ***,we outline a scenario in which this paradigm does not *** local Bell states engineered from classical vector vortex beams with non-separable degrees of freedom,the so-called classically entangled states,we demonstrate that the entanglement evolves during propagation,oscillating between maximally entangled(purely vector)and product states(purely scalar).We outline the spin–orbit interaction behind these novel propagation dynamics and confirm the results experimentally,demonstrating spin–orbit coupling in paraxial *** demonstration highlights a hitherto unnoticed property of classical entanglement and simultaneously offers a device for the on-demand delivery of vector states to targets,for example,for dynamic laser materials processing,switchable resolution within stimulated emission depletion(STED)systems,and a tractor beam for entanglement.

关键词： classical entanglement complex light fields entanglement oscillation spin-orbit coupling

The role of radiation therapy and particle therapy in renal cell carcinoma: current evidence and future perspectives

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Journal of Cancer Metastasis and Treatment 2021年第1期7卷 775-784页

作者： Charlien Berghen Maarten Albersen Robin De Roover Kato Rans Benoit Beuselinck KarelDecaestecker Kenneth Poels Francois-Xavier otte Steven Joniau Karin Haustermans Gert De Meerleer Department of Radiation Oncology University Hospitals LeuvenLeuven 3000Belgium Department of Urology University Hospitals LeuvenLeuven 3000Belgium Department of General Medical Oncology University Hospitals LeuvenLeuven Cancer Instituteand Laboratory of experimental OncologyDepartment of OncologyCatholic University LeuvenLeuven 3000Belgium Department of Urology Ghent University HospitalLeuven 3000Belgium Department of Radiation Oncology Institut Jules BordetBrussels 1000Belgium

For both primary and metastatic renal cell carcinoma(RCC),treatment with stereotactic body radiotherapy(SBRT)has found its way into clinical *** a non-invasive outpatient procedure,SBRT requires only a few visits to the radiation department and may be of interest for the elderly or,in the case of primary RCC,for patients who are not considered surgical candidates due to technical limitations,medical comorbidities,or in the event that the maintenance of kidney function is *** the treatment landscape of oligometastatic RCC,SBRT shows promise in eradicating metastatic disease and delaying the initiation of systemic *** advancements in the planning and administration of radiation treatment and improvements in movement management allow irradiating the tumor and/or metastatic lesions with very high doses in few fractions while maximally sparing the surrounding organs at risk,thus minimizing *** that context,the increasing availability of particle therapy,such as proton beam radiotherapy or carbon ion radiotherapy,could further optimize the delivery of radiation treatment in order to reduce toxicity and improve outcome.

关键词： Particle therapy proton therapy carbon ion radiation therapy

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地下隧道和输水建筑物对地下水流动的影响

地理译报 1989年第3期8卷 29-31页

作者： P.otte.Kontanz 赵鹤平

1.引言在地下水通道中的隧道和输水建筑物对地下水流来说是一堵很长的挡水墙。它把地下水流拦截或分开,设施潜入有水流的土体中的部分越多,拦水作用就越大。设施与地下水流动方向越垂直,所造成的拦水作用就越大,而且在多数情况下对工程... 详细信息

1.引言在地下水通道中的隧道和输水建筑物对地下水流来说是一堵很长的挡水墙。它把地下水流拦截或分开,设施潜入有水流的土体中的部分越多,拦水作用就越大。设施与地下水流动方向越垂直,所造成的拦水作用就越大,而且在多数情况下对工程技术都有重大影响。由于堵塞,地下水会在入流侧出现侧向流,或围绕设施形成侧环流。这样一来,在设施两侧水流的方向就发生变化。在水流下方侧地下水位会明显下降。

关键词：地下隧道输水建筑物地下水运动

Dissimilatory iron reduction contributes to anaerobic mineralization of sediment in a shallow transboundary lake

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Fundamental Research 2023年第6期3卷 844-851页

作者： Yuxiang Yuan Cong Ding Haitao Wu Xue Tian Min Luo Weiyi Chang Lei Qin Liang Yang Yuanchun Zou Kaikai Dong Xiaoyan Zhu Ming Jiang Marinus L.otte Key Laboratory of Wetland Ecology and Environment Northeast Institute of Geography and AgroecologyChinese Academy of SciencesChangchun 130102China Key Laboratory of Songliao Aquatic Environment Ministry of EducationJilin Jianzhu UniversityChangchun 130118China College of Environment and Safety Engineering Fuzhou UniversityFuzhou 350108China Shandong Key Laboratory of Eco-Environmental Science for the Yellow River Delta Binzhou UniversityBinzhou 256603China Wet Ecosystem Research Group Biological SciencesDepartment 2715North Dakota State UniversityFargo 58108-6050United States

Dissimilatory iron reduction(DIR)coupled with carbon cycling is increasingly being recognized as an influential process in freshwater wetland soils and *** role of DIR in organic matter(OM)mineralization,however,is still largely unknown in lake sediment *** this study,we clarified rates and pathways of OM mineralization in two shallow lakes with seasonal hydrological connectivity and different eutrophic *** found that in comparison with the domination of DIR(55%)for OM mineralization in Lake Xiaoxingkai,the contribution of methanogenesis was much higher(68%)in its connected lake(Lake Xingkai).The differences in rates and pathways of sediment OM mineralization between the two lakes were attributed to higher concentrations of carbonate associated iron oxides(Fecarb)in Lake Xiaoxingkai compared to Lake Xingkai(P=0.002),due to better deposition mixing,more contributions of terrigenous detrital materials,and higher OM content in Lake *** of structural equation modeling showed that Fecarb and total iron content(TFe)regulated 25%of DIR in Lake Xiaoxingkai and 76%in Lake Xingkai,accompanied by a negative effect of TFe on methanogenesis in Lake *** relative abundance and diversity of Fe-reducing bacteria were significantly different between the two lakes,and showed a weak effect on sediment OM *** findings emphasize the role of iron minerals and geochemical characterizations in regulating rates and pathways of OM mineralization,and deepen the understanding of carbon cycling in lake sediments.

关键词： Dissimilatory iron reduction Organic matter mineralization Methane production Iron oxides Carbon cycling