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字段	字段内容
02
001	02h1331833
003	OCoLC
005	$2: 0231122090230.0
008	$2: 10802s2022 nyua b 001 0 eng d
020	$a: 1108423175$q: hardback
040	$a: DLC$b: eng$e: rda$c: DLC$d: OCLCO
050	$0: 0$a: QC973.5$b: .43 2022
082	$0: 0$a: 551.63/53$2: 23
093	$a: P4$2: 5
100	$a: Chandrasekar, V.,$e: author.
245	$1: 0$a: Introduction to dual polarization Doppler weather radar :$b: fundamentals, applications, and networks /$c: V. Chandrasekar, Robert M. Beauchamp, Renzo Bechini.
264	$a: New York :$b: Cambridge University Press,$c: 2022.
300	$a: 400 pages :$b: illustrations ;$c: 24 cm
336	$a: text$b: txt$2: rdacontent
337	$a: unmediated$b: n$2: rdamedia
338	$a: volume$b: nc$2: rdacarrier
504	$a: Includes bibliographical references and index.
520	$a: "Historically, new ideas and hypotheses start in small research areas fostered by a small community through journal papers and monographs. As their appreciation and practicality toward applications grows, through the community of researchers, the work is standardized. It is added to the curriculum and textbooks, becoming part of the education at universities. There are numerous examples in history such as: special topics in applied mathematics and statistics being transforming to modern signal processing, or advanced semiconductor physics becoming the electronics and computing boom of the second half of the 20th century. Weather radars, and more specially for our purposes, polarimetric weather radars have undergone the same evolutionary process. Dual-polarization radar is part of standard radar meteorology or remote sensing curriculum in universities.
650	$a: Radio waves$x: Polarization$x: Measurement.
700	$a: Bechini, Renzo,$e: author.
905	$a: BUCTLIB$d: P4$r: CNY899.10$e: 5