| 1. | Tito thought he knew the voice, which had a peculiarly sharp ring .
蒂托觉得这语声很熟，带着一种特殊的尖声腔调。 |
| 2. | He is therefore dubbed the prince of peking opera
其声腔艺术刚柔相济，有京剧王子之美誉。 |
| 3. | To absorb and learn from the cream of the tune of the traditional opera in the singing exercises of national vocal music
戏曲声腔艺术在民族声乐演唱训练中的吸收与借鉴 |
| 4. | The irish caruso - garibaldi was in superlative form and his stentorian notes were heard to the greatest advantage in the timehonoured anthem sung as only our citizen can sing it
当他用洪亮声腔高唱那首只有我们的公民才能演唱的久负盛名的国歌时，发挥得真是淋漓尽致。 |
| 5. | Starting from the late yuan dynasty and early ming dynasty , kunqu opera is a performance and singing art with strict rules and forms , complete patterns , graceful and pleasant tunes , and gentle , lingering music
发源于元末明初，是一种格律严谨、形式完备、声腔婉转悦耳、音乐柔媚悠长的演唱艺术。 |
| 6. | On the other hand , special origin and design idea of some theater made them unique in the world . take jiangxi chamber for instance , the hakkas from jiangxi province built it in late qing dynasty
而川剧传播范围遍及西南各省，构成声腔众多，历时数百年，形成了不同的流派，同样达到了很高的艺术成就。 |
| 7. | The vocal organ was in itself a rich endowment ; insomuch that a listener , comprehending nothing of the language in which the preacher spoke , might still have been swayed to and fro by the mere
那发育器官本身就是一种圆润的天赋对一个听讲人来说，哪怕全然不懂牧师布道的语言，仍然可以随着那声腔的抑扬顿挫而心往神驰。 |
| 8. | The design of resonant p . a . cell is one of the most important parts , including p . a . cell structure , first resonance frequency , optical reflection sets , and couple between optical fiber and p . a
谐振式光声腔的设计是该系统的关键，包括光声腔结构设计、第一谐振频率及品质因子的确定、光学反射装置、光纤和光声腔的耦合等。 |
| 9. | With communication standpoint , the author studies the shape - taking and development of meng jiangnv music before ming and qing dynasty , the form and spread of new meng jiangnv music from that time on , and its influence on yue opera
摘要本文运用传播学观点，通过对2500多年来，历史上孟姜女音乐群体的形成、流变，现行孟姜女调（下称孟调）的形成、传播和它对越剧女腔音乐的影响等的探讨，认为一首孟调发展了一个越剧声腔。 |
| 10. | The types of impedance transition and of composite resonant are now widely used , but the research in this area is not perfect . in this paper analytical means is used to study absorption coefficient ' s prediction models . diversified cavity structures and material parameters are analyzed in detail in order to the anechoic coalings " acoustical design
现代应用的吸声层基本是阻抗过渡结构或复合谐振吸声结构，但我国在这一领域的研究却不尽如人意，针对水下消声覆盖层的吸声系数预报及声学设计问题，本论文利用多种解析方法研究声学模型，并对各种模型的声腔结构和材料参数做了详细的分析，为消声层的声学设计打下了良好的基础。 |
