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本書是為全日制高等院校編寫的教學用書的下冊。上冊內(nèi)容包括運動與力、熱現(xiàn)象、電與磁、波與粒子四部分, 下冊內(nèi)容包括習題解答和拓展閱讀兩部分。

第五篇習題解答

第 1章質(zhì)點運動學 ··················································· 3

1.1要點歸納 ····················································· 3

1.2習題解答 ····················································· 4第 2章動量角動量 ················································· 10

2.1要點歸納 ····················································· 10

2.2習題解答 ····················································· 11第 3章功和能 ······················································· 19

3.1要點歸納 ····················································· 19

3.2習題解答 ····················································· 20第 4章流體力學 ····················································· 25

4.1要點歸納 ····················································· 25

4.2習題解答 ····················································· 26第 5章振動 ························································· 30

5.1要點歸納 ····················································· 30

5.2習題解答 ····················································· 31第 6章狹義相對論基礎(chǔ) ··············································· 36

6.1要點歸納 ····················································· 36

6.2習題解答 ····················································· 37第 7章氣體動理論 ··················································· 41

7.1要點歸納 ····················································· 41

7.2習題解答 ····················································· 42第 8章熱力學基礎(chǔ) ··················································· 50

8.1要點歸納 ····················································· 50

8.2習題解答 ····················································· 51第 9章靜電場 ······················································· 60

9.1要點歸納 ····················································· 60

9.2習題解答 ····················································· 61

第 10章恒定磁場 ····················································· 77

10.1要點歸納 ····················································· 77

10.2習題解答 ····················································· 78

ii目錄

第 11章電磁感應(yīng)與電磁場 ·············································· 90

11.1要點歸納 ····················································· 90

11.2習題解答 ····················································· 91第 12章波動 ························································· 99

12.1要點歸納 ····················································· 99

12.2習題解答 ····················································· 100第 13章光波 ························································· 107

13.1要點歸納 ····················································· 107

13.2習題解答 ····················································· 109第 14章量子物理學初步 ··············································· 116

14.1要點歸納 ····················································· 116

14.2習題解答 ····················································· 117第 15章原子核與基本粒子 ·············································· 124

15.1要點歸納 ····················································· 124

15.2習題解答 ····················································· 125

第六篇拓展閱讀

拓展 A物理學與生命科學 ·············································· 129

A.1物理學與大學教育 ·············································· 129

A.2生命科學專業(yè)的學生學習物理學的目的和意義 ························ 130

A.3力學與生命科學 ················································ 131

A.4熱學與生命科學 ················································ 133

A.5電磁學與生命科學 ·············································· 134

A.6光學與生命科學 ················································ 136

A.7量子力學與生命科學 ············································ 138拓展 B非線性系統(tǒng)與生命科學 ·········································· 141

B.1混沌 ························································· 141

B.2維數(shù)概念的劃時代突破分維 ··································· 145

B.3混沌與分形的聯(lián)系 ·············································· 147

B.4耗散結(jié)構(gòu) ····················································· 147拓展 C生物電磁效應(yīng) ················································· 149

C.1生物體中的電學特征 ············································ 149

C.2外電場對生物體的影響 ·········································· 150

C.3生物體中的磁學特征 ············································ 151拓展 D值得借鑒的思維方法 ············································ 154

D.1認知論 ······················································· 154

D.2類比法的應(yīng)用 ················································· 158

D.3演繹法在相對論中的應(yīng)用 ········································ 159

D.4模型化方法 ··················································· 163

D.5自由思維 ····················································· 166

D.6現(xiàn)代物理學與經(jīng)典物理學思維研究方法的差異 ························ 167拓展 E光攝技術(shù) ····················································· 168

E.1光懾原理 ····················································· 168

E.2光懾的構(gòu)造 ··················································· 170

E.3光懾在生命科學領(lǐng)域中的應(yīng)用 ····································· 171拓展 F超離心技術(shù) ··················································· 173拓展 G傅里葉變換紅外光譜儀的原理 ···································· 175拓展 H紅外線與紅外技術(shù) ·············································· 177

H.1紅外線的產(chǎn)生 ················································· 177

H.2紅外線的檢測 ················································· 178

H.3紅外技術(shù) ····················································· 179拓展 I超導(dǎo)體的電磁特性 ·············································· 182

I.1零電阻 ······················································· 182

I.2過斯納效應(yīng) ··················································· 184拓展 J電磁場的相對性 ··············································· 186

J.1在不同參考系測量電場 ·········································· 186

J.2動量和力的變換 ················································ 188

J.3靜止電荷對運動電荷的作用力 ····································· 189

J.4運動電荷對運動電荷的作用力 ····································· 189

J.5電磁場的變換 ················································· 190拓展 K若干專題分析 ················································· 192

K.1行星的運動軌道 ················································ 192

K.2對振動問題的進一步討論 ········································ 194