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这张CD可以称得上是最佳钢琴试音碟,我从来未听过如此逼真的钢琴录音。特别是第二首‘钟声’,高音区的击键颗粒清晰无比,历历在目,简直犹如有一位调琴师在你面前,揭开琴盖调整一台。史坦戚”的琴声…….钢琴音色标准而优美,而演奏时音乐厅的效果也极好,混响恰到好处,相信就算是不喜欢听钢琴的人.听了这张CD也会喜欢.我曾在信息时报HiFi版上提到过,无论是乐迷还是HiFi迷,都应该拥有一张以上的钢琴唱片。如果你只想要一张,这张就是首选!
1. Transcendental Etudes (6) after Paganini, S 140: no 3 "LaCampanella" (4:52) Real Audio Windows Media
Composer Franz Liszt (1811- 1886)
Performer Minoru Nojima(Piano)
Genre Etude
Date Written 1838
Period Romantic
Country Switzerland
Recording Studio
Venue Civic Auditorium,Oxnard, California
Recording Date 12/1986
2. Transcendental Etudes (12) for Piano, S 139: no 5, Feuxfollets (3:32) Real Audio Windows Media
Composer Franz Liszt (1811- 1886)
Performer Minoru Nojima(Piano)
Genre Etude
Date Written 1851
Period Romantic
Country Weimar,Germany
Recording Studio
Venue Civic Auditorium,Oxnard, California
Recording Date 12/1986
3. Transcendental Etudes (12) for Piano, S 139: no 11,Harmonies du soir (9:00) Real Audio Windows Media
Composer Franz Liszt (1811- 1886)
Performer Minoru Nojima(Piano)
Genre Etude
Date Written 1851
Period Romantic
Country Weimar,Germany
Recording Studio
Venue Civic Auditorium,Oxnard, California
Recording Date 12/1986
4. Der Tanz in der Dorfschenke, S 514 "Mephisto Waltz no1" (10:54) Real Audio Windows Media
Composer Franz Liszt (1811- 1886)
Performer Minoru Nojima(Piano)
Genre Waltz /Transcription
Date Written 1859-1860
Period Romantic
Country Weimar,Germany
Recording Studio
Venue Civic Auditorium,Oxnard, California
Recording Date 12/1986
5. Sonata for Piano in B minor, S 178 (30:30) RealAudio WindowsMedia
Composer Franz Liszt (1811- 1886)
Performer Minoru Nojima(Piano)
Genre Sonata
Date Written 1852-1853
Period Romantic
Country Weimar,Germany
Recording Studio
Venue Civic Auditorium,Oxnard, California
Recording Date 12/1986
下载地址:
RR唱片
https://url27.ctfile.com/d/9388027-45906379-495db5
(访问密码:559675)
全新大碟
RTX 5090要首发 性能要翻倍!三星展示GDDR7显存
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首次推出的GDDR7内存模块密度为16GB,每个模块容量为2GB。其速度预设为32 Gbps(PAM3),但也可以降至28 Gbps,以提高产量和初始阶段的整体性能和成本效益。
据三星表示,GDDR7内存的能效将提高20%,同时工作电压仅为1.1V,低于标准的1.2V。通过采用更新的封装材料和优化的电路设计,使得在高速运行时的发热量降低,GDDR7的热阻比GDDR6降低了70%。