经典音箱设计与制作300例的目录

第一章惠威音箱1

1.惠威PS8A音箱1

2.惠威PS8/A—鸿音箱2

3.惠威PS8/B—鸿音箱2

4.惠威PS02C音箱3

5.惠威PS02E音箱4

6.惠威MSKBD音箱6

7.惠威MSKOD音箱6

8.惠威MSTOD音箱8

9.惠威MSTBD音箱9

10.惠威K2218音箱10

11.惠威K2228音箱11

12.惠威K3312音箱11

13.惠威KingⅠ音箱12

14.惠威KingⅡ音箱13

15.惠威K6-DA音箱15

16.惠威S2216音箱15

17.惠威S2226音箱17

18.惠威S2316音箱17

19.惠威SS2218音箱18

20.惠威SS2228音箱19

21.惠威SS3312音箱20

22.惠威ST6A音箱21

23.惠威SS6A音箱22

24.惠威SS6-VA音箱23

25.惠威A2218音箱24

26.惠威A2600音箱25

27.惠威B1音箱25

28.惠威D6CA音箱26

29.惠威“低频霸主 ”音箱27

30.惠威“低霸改
”音箱28

31.惠威“震撼6A”音箱29

32.惠威“小公子 ”音箱31

33.杜希2.1音箱31

34.杜希2.2音箱32

35.杜希2.3音箱33

36.杜希2.5音箱35

37.杜希3.1家庭影院音箱36

38.杜希5.1系列家庭影院音箱38

39.杜希8.1音箱41

40.杜希天鹅(Swans)M1音箱43

41.杜希天鹅(Swans)M2音箱44

42.杜希天鹅(Swans)M3音箱45

43.杜希天鹅(Swans)MS4音箱45

44.杜希CS1+W1音箱46

45.杜希2.6音箱48

46.杜希2.3/98音箱50

47.杜希天鹅M4音箱51

第二章南鲸音箱53

1.南鲸YX50-164音箱53

2.南鲸YX50-165音箱53

3.南鲸YX50-166音箱54

4.南鲸YX50-167音箱54

5.南鲸YX60-182音箱54

6.南鲸YX60-183音箱55

7.南鲸YX60-184音箱56

8.南鲸YX60-185音箱56

9.南鲸YX40-131音箱57

10.南鲸YX40-176音箱57

11.南鲸YX40-200音箱57

12.南鲸YX100-164音箱58

13.南鲸YX100-165音箱58

14.南鲸YX100-166音箱59

15.南鲸YX100-167音箱60

16.南鲸YX100-168音箱60

经典音箱设计与制作300例目录17.南鲸YX100-169音箱61

18.南鲸YX100-170音箱61

19.南鲸A1音箱62

20.南鲸A2音箱62

21.南鲸A3音箱63

22.南鲸A4音箱63

23.南鲸A5音箱64

24.南鲸A6音箱64

25.南鲸B1音箱65

26.南鲸B2音箱65

27.南鲸B3音箱66

28.南鲸B4/B5/B6音箱66

29.南鲸C1音箱67

30.南鲸C2音箱67

31.南鲸C3音箱68

32.南鲸C4音箱68

33.南鲸C5音箱69

34.南鲸C6音箱69

35.南鲸DY-1音箱70

36.南鲸DY-2音箱70

37.南鲸DY-3音箱71

38.南鲸DY-4音箱71

39.南鲸DY-5音箱72

40.南鲸HIW1201音箱72

41.南鲸HIW1202音箱73

42.南鲸HIW1203音箱73

43.南鲸JM6502音箱73

第三章银笛音箱75

1.银笛YX5-1/YX5-1A和YX5-1B

音箱75

2.银笛YX5-3/YX5-3A/YX5-7/

YX5-7A音箱75

3.银笛YX5-4/YX5-4A音箱76

4.银笛YX5-5/YX5-5A音箱76

5.银笛YX5-10/YX5-10A音箱77

6.银笛YX10-4音箱78

7.银笛YX10-5/YX10-5A音箱78

8.银笛YX10-6/YX10-6A/YX10-

6B/YX10-7音箱79

9.银笛YX10-8音箱79

10.银笛YX10-9系列家庭影院音

箱80

11.银笛YX10-9I系列家庭影院

音箱82

12.银笛YX10-10系列家庭影院

音箱83

13.银笛YX10-11/YX10-11A音

箱85

14.银笛YX10-12音箱86

15.银笛YX15-1音箱87

16.银笛YX15-1A音箱87

17.银笛YX15-3/YX15-3A音箱87

18.银笛YX15-5音箱88

19.银笛YX20-3音箱89

20.银笛YX20-4音箱89

21.银笛YX20-5音箱89

22.银笛YX20-7/YX20-7A音箱90

23.银笛YX20-8/YD20-8AV音箱91

24.银笛YX25-2音箱91

25.银笛YX25-4音箱92

26.银笛YX30-1音箱92

27.银笛YX30-2音箱92

28.银笛YX30-2A音箱93

29.银笛YX30-3音箱93

30.银笛YX35系列音箱94

31.银笛YX40-1音箱95

32.银笛YX45-2/YD45-3/YD45-4

音箱95

33.银笛YX50-1系列家庭影院音

箱96

34.银笛YX50-3音箱98

35.银笛YX50-4音箱98

36.银笛YX50-8音箱99

37.银笛分频器100

第四章T&T(天爱)音箱103

1. T&T ST-601/ST-601AV音箱103

2. T&T ST-601A/ST-601B音箱103

3. T&T ST-602/ST-602A音箱104

4. T&T ST-602B/ST-602C音箱104

5. T&T ST-801/ST-801AV音箱105

6. T&T ST-801A/ST-801B音箱106

7. T&T ST-802/ST-802A音箱106

8. T&T ST-802B/ST-802C音箱107

9. T&T AV-1001音箱108

10. T&T AV-1001A音箱108

11. T&T AV-1001C音箱109

12. T&T AV-1002XC音箱109

13. T&T AV-2001音箱110

14. T&T AV-2001A音箱111

15. T&T AV-2003C音箱111

16. T&T S-1环绕音箱112

17. T&T S-2环绕音箱112

18. T&T C-1中置音箱113

19. T&T C-2中置音箱114

20. T&T C-1001音箱114

21. T&T C-1001A音箱115

22. T&T C-2001音箱116

23. T&T C-2003音箱116

24. T&T H-1002XC音箱117

25. T&T H-2002C音箱118

26. T&T H-2003C音箱118

27. T&T H-3003C音箱119

28. T&T LT-501音箱120

29. T&T LT-501A音箱120

30. T&T LT-502音箱121

31. T&T SW-176A音箱122

32. T&T SW-180A音箱122

33. T&T SW-210/SW-210A音箱123

第五章索威音箱125

1.索威S2.3音箱125

2.索威SOK8音箱125

3.索威D6-2音箱126

4.索威D8-6音箱127

5.索威D8-2音箱128

6.索威D4-2音箱129

7.索威D80B音箱130

8.索威D80C音箱131

9.索威D65B音箱132

10.索威D65C音箱133

11.索威D65E音箱134

12.索威D65F音箱135

13.索威SV150音箱136

14.索威SV528音箱138

15.索威SV636音箱139

16.索威SV682音箱140

17.索威SV850音箱141

18.索威SV2682音箱142

19.索威SV2892音箱143

20.索威SV8-6音箱144

21.索威“钻石(Diamond)
”8.0A

音箱145

第六章伟士特音箱146

1.伟士特WD602音箱146

2.伟士特WD603音箱146

3.伟士特WD801音箱147

4.伟士特WD802音箱148

5.伟士特WD803音箱148

6.伟士特WD1001音箱149

7.伟士特WD1002音箱150

8.伟士特WD1003音箱151

9.伟士特WD2201B音箱152

10.伟士特WD3201音箱152

11.伟士特WD3211K音箱153

12.伟士特WD3221音箱154

13.伟士特WD3222音箱154

14.伟士特WD3222B音箱155

15.伟士特WD3311B音箱156

16.伟士特WD4221音箱156

17.伟士特WD4311音箱157

18.伟士特WD4321音箱158

19.伟士特WD4321B音箱158

第七章信字音箱160

1.信字YX100-180系列音箱160

2.信字YX100-220系列音箱160

3.信字YX60-180系列音箱161

4.信字YX80-220系列音箱162

5.信字“小金刚1号”音箱162

6.信字“小金刚2号 ”音箱163

7.信字A系列音箱163

8.信字B系列音箱164

9.信字C系列音箱165

10.信字D系列音箱165

11.信字E系列音箱166

12.信字F系列音箱166

13.信字G系列音箱167

14.信字H系列音箱167

15.信字Y系列音箱168

16.信字K系列音箱169

第八章声泰音箱170

1.声泰SC005-2P音箱170

2.声泰SC006-2P音箱170

3.声泰SC005P音箱171

4.声泰SC006P音箱171

5.声泰SC0609音箱172

6.声泰ST-1A/ST-1B音箱172

7.声泰ST-2A/ST-2B音箱173

8.声泰ST-3A/ST-3B音箱173

9.声泰ST-4A/ST-4B音箱174

10.声泰ST-5音箱175

11.声泰ST-6音箱175

12.声泰ST-7音箱176

第九章海力音箱177

1.海力HL-701音箱177

2.海力HL-702音箱177

3.海力HL-703音箱179

4.海力HL-810A音箱179

5.海力HL-830音箱181

6.海力HL-830B音箱182

7.海力HL-831音箱183

8.海力HL-832音箱183

9.海力HL-860音箱184

10.海力HL-870A音箱185

11.海力HL-881音箱186

12.海力HL-882音箱187

第十章音霸音箱189

1.音霸HS4311音箱189

2.音霸HS4312音箱189

3.音霸HS4313音箱190

4.音霸HS4314音箱191

5.音霸HS4321音箱192

6.音霸HS4322音箱192

7.音霸HS4323音箱193

8.音霸HS4324音箱194

9.音霸HS4325音箱195

10.音霸HS4326音箱196

11.音霸HS4327音箱196

第十一章雷顿音箱198

1.雷顿1001音箱198

2.雷顿1002音箱198

3.雷顿A1001/B1001音箱199

4.雷顿A1002/B1002音箱200

5.雷顿A1004/B1004音箱201

6.雷顿A1005/B1005音箱202

7.雷顿C10音箱202

8.雷顿C20音箱203

9.雷顿C30音箱204

10.雷顿C80音箱204

第十二章美之声音箱206

1.美之声“监听一号”音箱206

2.美之声“监听二号
”音箱206

3.美之声“监听三号”音箱207

4.美之声“普罗110 ”音箱209

5.美之声“普罗220
”音箱209

6.美之声“普罗510”音箱210

第十三章新德克音箱212

1.新德克AV301音箱212

2.新德克C4.1音箱212

3.新德克C2.0EX音箱214

4.新德克C2.0音箱214

第十四章维沙通(VISATON)

音箱216

1.维沙通MB115/B超重低音音箱216

2.维沙通MB115/H音箱218

3.维沙通MB156/3音箱219

4.维沙通MB208/H音箱221

5.维沙通ALTO GENESIS SAT

音箱223

6.维沙通ALTO GENESIS SUB

超重低音音箱224

7.维沙通ALTOⅠ音箱225

8.维沙通ALTOⅡ音箱227

9.维沙通ALTOⅢ C音箱228

10.维沙通ALTO LINE MK Ⅱ音

箱230

11.维沙通EXPERIENCE V20音

箱231

12.维沙通STARLET音箱233

13.维沙通ATLANTIS MK Ⅱ音箱235

14.维沙通BIJOU音箱237

15.维沙通NANO SUB超重低音

音箱239

16.维沙通MONITOR 890音箱241

17.维沙通DY101音箱242

18.维沙通DY102音箱243

19.维沙通DY103音箱244

20.维沙通DY104音箱245

第十五章其他品牌音箱247

1.豪杰633音箱247

2.豪杰“四季之秋 ”音箱248

3.豪杰AR610音箱249

4.湖山E218音箱249

5.湖山E226A音箱250

6.小旋风CS20音箱251

7.东华DH-C36音箱252

8.新艺(EASY ART)2.2音箱253

9.西雅士(SEAS)“智慧星
”音

箱254

10.西雅士(SEAS)“幸运星”音

箱254

11.JBL MRV308音箱255

12.奥迪斯(AUDAX)Paris音箱256

福特翼虎发动机怎么样

[1] Shuangchun Wen, Yuanjiang Xiang, Xiaoyu Dai, Zhixiang Tang, Wenhua Su, and Dianyuan Fan, Theoretical models for ultrashort electromagnetic pulse propagation in nonlinear metamaterials，Physical Review A, 2007,75(3): 033815

[2] Shuangchun Wen, Youwen Wang, Wenhua Su, Yuanjiang Xiang, Xiquan Fu, Dianyuan Fan, Modulation Instability in Nonlinear Negative-Index Material, Physical Review E, 2006, 73(3): 036617

[3] Zhixiang Tang, Hao Zhang, Runwu Peng, Yunxia Ye, Lei Shen, Shuangchun Wen, and Dianyuan Fan, Scattering by two degenerate anisotropic modes in square-lattice dielectric photonic crystals, Physical Review B, 2006, 73(23): 235103

[4] Shuangchun Wen, Yuanjiang Xiang, Wenhua Su, Yonghua Hu, Xiquan Fu, Dianyuan Fan ，Role of the anomalous self-steepening effect in modulation instability in negative-index material. Optics Express, 2006, 14(4): 1568-1575

[5] Lin Chen, Xiaoyan Lei, Shuangchun Wen, Jianguo Yu, A novel radio over fiber system with DWDM mm-wave generation and wavelength reuse for upstream data connection, Optics Express, 2007, 15(9): 5893-5897

[6] L. M. Zhao, D. Y. Tang, J. Wu
，X. Q. Fu and S. C. Wen, Noise-like pulse in a gain-guided soliton fiber laser, Optics Express, 2007, 15(5): 2145-2150.

[7] Chujun Zhao, Zhixiang Tang, Yunxia Ye, Dianyuan Fan, Liejia Qian, Shuangchun Wen, Guanghui chen, Field and dispersion properties of subwavelength-diameter hollow optical fiber, Optics Express, 2007, 15(11): 6629-6634.

[8] Lin Chen, Hong Wen, and Shuangchun Wen, A Radio-over-Fiber System with a Novel Scheme for Millimeter-Wave Generation and Wavelength Reuse for Up-Link Connection, IEEE Photonics Technology Letters, 2006, 18(19): 2056-2058

[9] Peng Yuan, Liejia Qian, Hang Luo, Heyuan Zhu, Shuangchun Wen, Femtosecond optical parametric amplification with dispersion precompensation, IEEE Journal of Selected Topics in Quantum Electronics, 2006, 12(2): 181-186

[10] Lin Chen, Yufeng Shao, Xiaoyan Lei, Hong Wen, and Shuangchun Wen, A Novel Radio-over-fiber System with Wavelength Reuse for upstream Data Connection, IEEE Photonics Technology Letters, 2007, 19(6): 387-389

[11] Lin Chen, Shuangchun Wen, Ying Li, Jing He, Yufeng Shao, Hong Wen, Yazhi Pi,Novel Optical Front-ends to Generate Optical Millimeter Waves for Implementation in Radio-over-fiber Networks, IEEE Journal of Lightwave Technology, 2007, 25(11)

[12] Zhixiang Tang, Runwu Peng, Yunxia Ye, Chujun Zhao, Dianyuan Fan, Hao Zhang, Shuangchun Wen, Optical properties of a square-lattice photonic crystal within the partial bandgap, Journal of the Optical Society of America A, 2007, 24(2): 379-383

[13] Yuanjiang Xiang, Xiaoyu Dai, Shuangchun Wen, Dianyuan Fan, Omnidirectional and multiple-channeled high-Q filters of photonic heterostructures containing single-negative materials, Journal of the Optical Society of America A, 2007,24(10):A28-A32

[14] Yuanjiang Xiang, Xiaoyu Dai, Shuangchun Wen, Omnidirection gaps of one-dimensional photonic crystals containing indefinite metamaterials, Journal of the Optical Society of America B, 2007, 24(9): 2033-2039

[15] Hui Zhuo, Xiquan Fu, Yonghua Hu, Shuangchun Wen，Compensation of the influence of loss for spatial soliton in dissipative modulated Bessel optical lattice, Journal of the Optical Society of America B ，2007, 24(9): 2208-2212

[16] Hui Zhuo, Shuangchun Wen, Xiaoyu Dai, Yonghua Hu, Zhixiang Tang
，Influence of nonlinear dispersion on modulation instability of coherent and partially coherent ultrashort pulse in metamaterials，Applied Physics B, 2007, 87(4):635-641

[17] Yuanjiang Xiang, Xiaoyu Dai, Shuangchun Wen, Photon tunneling in a frustrated total internal reflection structure with a lossy indefinite metamaterial barrier, Applied Physics A, 2007, 87(2): 251-257

[18] Yuanjiang Xiang, Xiaoyu Dai, Shuangchun Wen, Negative and positive Goos-Hänchen shifts of a light beam transmitted from an indefinite medium slab, Applied Physics A, 2007, 87(2): 285-290

[19] Zhixiang Tang, Hao Zhang, Runwu Peng, Yunxia Ye, Chujun Zhao, Shuangchun Wen, Dianyuan Fan, Subwavelength imaging with two symmetrical interfaces by dielectric-tube photonic crystals, Applied Physics A, 2007, 87(2): 223-225

[20] Yuanjiang Xiang, Xiaoyu Dai, Shuangchun Wen, Total reflection of electromagnetic waves propagating from an isotropic medium to an indefinite metamaterial, Optics Communications, 2007, 274：248-253

[21] Dajun Lei, Dingyuan Tang, Luming Zhao, Xiquan Fu, Shuangchun Wen, Huiwen Xu, Hui Dong, Soliton in Fiber Lasers beyond the Ginzburg-Landau equation approximation, Optics Communications ，2007, 275(2): 404–408

[22] Peng Runwu, Tang Zhixiang, Ye Yunxia, Wen Shuangchun, Fan Dianyuan, Effects of the frequency chirp on the fields of a chirped Gaussian pulse passing through a hard-edged aperture. Optics Communications, 2006, 259(2): 474-478

[23] Runwu Peng, Yunxia Ye, Zhixiang Tang, Chujun Zhao, Shuangchun Wen and Dianyuan Fan, Smoothing effect in the broadband laser through a dispersive wedge，Optics Communications, 2006, 265(1): 106-110

[24] Dajun Lei, Xiquan Fu and ShuangchunWen, Effect of gain bandwidth on the amplification of ultrabroad bandwidth pulse in an erbium-doped nonlinear amplifying fibre loop mirror, Journal of Optics A: Pure Applied Optics, 2007, 9: 114-121

[25] Yuanjiang Xiang, Xiaoyu Dai, Shuangchun Wen, The properties of photon tunneling in a frustrated total internal reflection structure with an indefinite metamaterial slab, Journal of Optics A: Pure Applied Optics, 2007, 9(3): 253-259

[26] Lin Chen, Yazhi Pi, Hong Wen, and Shuangchun Wen, All-optical MM-wave generation by using direct-modulation DFB laser and external modulator, Microwave and Optical Technology Letters, 2007, 49(6)：1265-1268

[27] Yufen Shao, Lin Chen, Shuangchun Wen, Generation of Dark RZ Signals by Using One Delayed Line Mach-Zehnder Interferometer along with one phase modulator, Microwave and Optical Technology Letters, 2007, 49(4): 755-759

翼虎在国内有两款发动机
，分别是1.6T EcoBoost和2.0T EcoBoost涡轮增压发动机。参数上，1.6T发动机的最大功率130kW 、最大扭矩240Nm；2.0T版本是最大功率178kW
、最大扭矩350Nm 。

毫无疑问这两款发动机的账面数字都是同级里的佼佼者 ，1.6T的动力参数和同级最新的2.4L/2.5L排量自然吸气发动机相当
，2.0T高达350Nm的扭矩比大众2.0TSI高出70Nm，已经达到3.5L自然吸气发动机的水准
。

最新上市的森林人也以2.0T为旗舰动力 ，来自斯巴鲁的全新2.0T发动机参数是177kW和320Nm
，依然和翼虎2.0T有些许差距。福特的2.0T发动机刚刚被美国Ward评选为2013年十佳发动机，对应车型是福克斯ST 。

福特的两款EcoBoost发动机除了涡轮增压外 ，还用上缸内直喷、双独立可变气门正时技术
，工信部录入的油耗最低至7.5L/100km和8.8L/100km
。1.6T的油耗比新森林人 、CR-V的2.0L都低，2.0T仅比新森林人2.0T高0.1L/100km ，以这么强的动力规格而言
，油耗真是让人惊喜。但这些还只是工信部的账面数字，稍后在长途试驾中我们会特别留意翼虎的实际油耗 。（新车评）