Vasto mar, SWV 19 (Schütz, Heinrich) First Publication 1611 in Italian Madrigals, Op.1 (No.19) Genre Categories: ... 1611 in Italian Madrigals, Op.1 (No.19) Language Italian Composer Time Period Comp. Period: Baroque: Piece Style Baroque: Instrumentation 8 voices

Provided to YouTube by Universal Music GroupSchütz: Italian Madrigals, Op. 1: No. 19, Vasto mar, SWV 19 · Dorothee Mields · Ulrike Hofbauer · Andreas Wolf · ...

Op.1 ; SWV 1–19 Internal Reference Number Internal Ref. No. None [force assignment] Movements/Sections Mov'ts/Sec's: 19 madrigals: O primavera, SWV 1; O dolcezze amarissime, SWV 2; Selve beate, SWV 3; Alma afflitta, SWV 4; Così morir debb'io, SWV 5; D'orrida selce alpina, SWV 6; Ride la primavera, SWV 7; Fuggi o mio core, SWV 8; Feritevi ...

2020年11月6日 · Vasto mar "The nineteen madrigals Heinrich Schütz published in Venice in 1611 at the age of twenty-six occupy a fundamental position in his career as well as in the history of music. For it was in...

" SWV " numbers for works are cited from: Werner Bittinger, Schütz-Werke-Verzeichnis (Bärenreiter, 1960). The following 153 pages are in this category, out of 153 total.

2023年10月6日 · Schütz: Il primo libro de Madrigali, SWV 1-19 (Op. 1) Genre. Madrigals & Partsongs; Groups & Artists. Agnew, Paul; Allan, Miriam; Arts Florissants, Les; Label. Harmonia Mundi

View credits, reviews, tracks and shop for the 2011 CD release of "Italian Madrigals" on Discogs.

See Heinrich Schütz compositions for a list of choral works pages sorted alphabetically by title. Alleluja! Lobet den Herren (Psalm 150), SWV 38. Quid commisisti, o dulcissime puer? SWV 56. 3. Herr Gott, Vater im Himmel 5. Jesu Christe, Gottes Sohn 7. Herr Gott, Heiliger Geist 10. Er sprach zu seinem lieben Sohn 12. Durch ihn ist uns vergeben 14.

Complete Motets, Concertos, Madrigals and Arias III. This page lists all sheet music of Vasto mar, nel cui seno, SWV 19 by Heinrich Schütz (1585–1672).

Staircase voltammetry最早是用于提高滴汞电极（DME）极谱法检测灵敏度。 在滴汞电极极谱法中，电极面积随着时间变化。 而电极面积的变化直接影响法拉第电流和双电层充电电流。 法拉第电流随着时间增大，双电层充电电流随着时间减小。 所以只需要在滴汞落下前 ( \tau 时刻)进行电流取样，就能得到最大的相对比值。 m: 滴汞流速 mass/time。 它体现了电极面积的变化。 值得注意的上面的公式只适用于DME，因为DME每次汞滴滴落都会产生新的扩散层。 如果用静态的Pt圆 …