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(T1)While there are almost as many definitions of history as there are historians, modern practice most closely conforms to one that sees history as the attempt to recreate and explain the significant events of the past.Caught in the web of its own time and place, each generation historians determines anew what is significant for it in the past. In this search the evidence found is always incomplete and scattered; it is also frequently partial or partisan. The irony of the historian"s craft is that its practitioner always know that their efforts are but contributions to an unending process. (T2)Interest in historical methods has arisen less through external challenge to the validity of history as an intellectual discipline and more from internal quarrels among historians themselves.While history once revered its affinity to literature and philosophy, the emerging social sciences seemed to afford greater opportunities for asking new questions and providing rewarding approaches to an understanding of the past. Social science methodologies had to be adapted to a discipline governed by the primacy of historical sources rather than the imperatives of the contemporary world, (T3)During this transfer, traditional historical methods were augmented by additional methodologies designed to interpret the new forms of evidence in the historical study.Methodology is a term that remains inherently ambiguous in the historical profession, (T4)There is no agreement whether methodology refers to the concepts peculiar to historical work in general or to the research techniques appropriate to the various branches of historical inquiry.Historians, especially those so blinded by their research interests that they have been accused of "tunnel method", frequently fall victim to the "technicist fallacy", Also common in the natural sciences, the technicist fallacy mistakenly identifies the discipline as a whole with certain parts of its technical implementation. (T5)It applies equally to traditional historians who view history as only the external and internal criticism of sources, and to social science historians who equate their activity with specific techniques. 【T1】

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(T1)While there are almost as many definitions of history as there are historians, modern practice most closely conforms to one that sees history as the attempt to recreate and explain the significant events of the past.Caught in the web of its own time and place, each generation historians determines anew what is significant for it in the past. In this search the evidence found is always incomplete and scattered; it is also frequently partial or partisan. The irony of the historian"s craft is that its practitioner always know that their efforts are but contributions to an unending process. (T2)Interest in historical methods has arisen less through external challenge to the validity of history as an intellectual discipline and more from internal quarrels among historians themselves.While history once revered its affinity to literature and philosophy, the emerging social sciences seemed to afford greater opportunities for asking new questions and providing rewarding approaches to an understanding of the past. Social science methodologies had to be adapted to a discipline governed by the primacy of historical sources rather than the imperatives of the contemporary world, (T3)During this transfer, traditional historical methods were augmented by additional methodologies designed to interpret the new forms of evidence in the historical study.Methodology is a term that remains inherently ambiguous in the historical profession, (T4)There is no agreement whether methodology refers to the concepts peculiar to historical work in general or to the research techniques appropriate to the various branches of historical inquiry.Historians, especially those so blinded by their research interests that they have been accused of "tunnel method", frequently fall victim to the "technicist fallacy", Also common in the natural sciences, the technicist fallacy mistakenly identifies the discipline as a whole with certain parts of its technical implementation. (T5)It applies equally to traditional historians who view history as only the external and internal criticism of sources, and to social science historians who equate their activity with specific techniques. 【T2】

Your friend caught a bad cold. You get the news and decide to write a letter to show your care. You have to write the following things:1. say sorry for the news;2. give advice;3. persuade him to see the doctor.you should write about 100 words, do not sign your own name at the end of the letter. Use "Matin" instead. You do not need to write the address.

关于“课程资源的利用与开发”的实施建议,不正确的一项是______。

A. 高中语文课程要满足多样化和选择性的需要,必须增强课程资源意识
B. 语文课程资源是指课堂教学资源
C. 各地区、各学校的课程资源是有差别的,各学校应该认真分析本地和本校的资源特点充分利用已有的资源,积极开发潜在的资源
D. 学校在充分利用已有的资源,逐步推动语文课程新资源生成的同时,也应该注意学校资源的互补与共享

Virtually everything astronomers know about objects outside the solar system is based on the detection of photons-quanta of electromagnetic radiation. Yet there is another form of radiation that permeates the universe: neutrinos. With (as its name implies) no electric charge, and negligible mass, the neutrino interacts with other particles so rarely that a neutrino can cross the entire universe, even traversing substantial aggregations of matter, without being absorbed or even deflected. Neutrinos can thus escape from regions of space where light and other kinds of electromagnetic radiation are blocked by matter. Not a single, validated observation of an extraterrestrial neutrino has so far been produced despite the construction of a string of elaborate observatories, mounted on the earth from Southern India to Utah to South Africa. However, the detection of extraterrestrial neutrinos are of great significance in the study of astronomy. Neutrinos carry with their information about the site and circum stances of their production; therefore, the detection of cosmic neutrinos could provide new information about a wide variety of cosmic phenomena and about the history of the universe. How can scientists detect a particle that interacts so infrequently with other matter Twenty-five years passed between Pauli"s hypothesis that the neutrino existed and its actual detection; since then virtually all research with neutrinos has been with neutrinos created artificially in large particle accelerators and studied under neutrino microscopes. But a neutrino telescope, capable of detecting cosmic neutrinos, is difficult to construct. No apparatus can detect neutrinos unless it is extremely massive, because great mass is synonymous with huge numbers of nucleons (neutrons and protons), and the more massive the detector, the greater the probability of one of its nucleon"s reacting with a neutrino. In addition, the apparatus must be sufficiently shielded from the interfering effects of other particles. Fortunately, a group of astrophysicists has proposed a means of detecting cosmic neutrinos by harnessing the mass of the ocean. Named DUMAND, for Deep Underwater Muon and Neutrino Detector, the project calls for placing an array of light sensors at a depth of five kilometers under the ocean surface. The detecting medium is the sea water itself: when a neutrino interacts with a particle in an atom of seawater, the result is a cascade of electrically charged particles and a flash of light that can be detected by the sensors. The five kilometers of seawater above the sensors will shield them from the interfering effects of other high-energy particles raining down through the atmosphere. The strongest motivation for the DUMAND project is that it will exploit an important source of information about the universe. The extension of astronomy from visible light to radio waves to x-rays and gamma rays never failed to lead to the discovery of unusual objects such as radio galaxies, quasars, and pulsars. Each of these discoveries came as a surprise. Neutrino astronomy will doubtlessly bring its own share of surprises. Why is it difficult to detect neutrinos

A. Neutrinos can cross the entire universe.
B. Neutrinos can escape from different regions of space.
C. Neutrinos seldom interact with other particles.
D. Neutrinos are too rare in the space.

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