下面选项中，知网中2015-2019年，清华大学发表CSCD论文最多的作者是 A吴建平 B王黎明 C陆新征 D闵勇

An important achievement of modern experimental fluid mechanics is the invention and development of techniques for the measurement of whole, instantaneous fields of scalars and vectors. These techniques include tomographic interferometry (Hesselink 1988) and planar laser-induced fluorescence for scalars (Hassa et al 1987), and nuclear-magnetic-resonance imaging (Lee et al 1987), planar laser-induced fluorescence, laser-speckle velocimetry, particle-tracking velocimetry, molecular-tracking velocimetry (Miles et al 1989), and particle-image velocimetry for velocity fields. Reviews of these methods can be found in articles by Lauterborn & Vogel (1984), Adrian (1986a), Hesselink (1988), and Dudderar et al (1988), in books written by Merzkirch (1987) and edited by Chiang & Reid (1988) and Gad-el-Hak (1989).

Several methods are developed for the construction of confidence intervals for the binomial success probability p following multistage experimentation. We consider analogues of one-stage methods proposed by Sterne (1954, Biometrika 41, 275-278), Crow (1956, Biometrika 43, 423-435), and Blyth and Still (1983, Journal of the American Statistical Association 78, 108-116). The proposed confidence intervals are implemented and compared with the Clopper-Pearson tail intervals given by Jennison and Turnbull (1983, Technometrics 25, 49-58) for the four three-stage testing procedures of Fleming (1982, Biometrics 38, 143-151). The new intervals have (i) uniformly shorter total length summed over all outcomes, (ii) nearly uniformly shorter expected length, and (iii) closer to nominal probability of coverage. An easily computed Crow-Blyth-Still-type construction is particularly attractive for practical application.

The original article to which this Erratum refers was published in Journal of Computational Chemistry (2004) 25(9) 1157–1174