The Catgut Acoustical Society Library

Author Index To Newsletters & Journals (1964 - 1999)

Authors: I -- L

AUTHOR INDEX TO CAS NEWSLETTERS & JOURNALS (1964 - 1999)
AUTHOR(S) TITLE ISSUE:PAGE(S) DATE
Idogawa, T. See Ishibashi, M. -- issue 46:41 11/86
See Kobata, T. -- issue 2.3:30 5/93
See Kobata, T. -- issue 2.8:41 11/95
See Komuro, K. -- issue 1.4:39 11/89
See Plitnik, G. -- issue 2.3:30 5/93
Iovino, F. See Eckel, G. -- issue 2.8:44 11/95
Irie, T. See Ise, M. -- issue 2.3:33 5/93
Ise, M.
Irie, T.
 Free vibration of bells with variable meridional profiles - effects of variable wall thickness (abstract) 2.3:33 05/93
Ishibashi, M.
Idogawa, T.
 Input impulse response of the bassoon (abstract) 46:41 11/86
Ishii, R. See Koide, H. -- issue 2.3:25 5/93
Iwaki, M. See Nakamura, N. -- issue 2.3:28 5/93
Iwamiya, S.
Obita, T.
Yamshita, K.
 The interaction between auditory and visual processing when listening to music via audio-visual media - the effects of the matching of sound and video, and the quality of the sound system (abstract) 2.3:33 05/93
Jahnel, F. See Bower, V. E. -- issue 48:33 11/87
Jameson, G. H. Arthur Benade -- Synthesizer 1.3:23-24 05/89
Janakiram, V. L. Musician's estimation of the heard and unheard harmonics of the tambura (abstract) 46:41-42 11/86
Janakiram, V. L.
Reddy, K. C.
Ramakrishna, B. S.
 Harmonic analysis of tambura (abstract) 41:11 05/84
Jansson, E. V. On higher air modes in the violin 19:13-15 05/73
Long-time-average-spectra in critical bands for analysis of complex sound sources in reverberant rooms 22:9-12 11/74
Long-time-average-spectra used for analysis of violins (abstract) 25:3 05/76
On relations between wood parameters and bending vibrations of wood (abstract) 25:4 05/76
Acoustical properties of violin-shaped and guitar-shaped cavities (abstract) 25:5 05/76
The function of the violin body -- What the physicist does not know! (abstract) 41:13 05/84
On the acoustics of the violin body (abstract) 1.4:36 11/89
My year with Art Benade in retrospect 1.5:5-7 05/90
See Askenfelt, A. -- issue 1.8:50 11/91
See Askenfelt, A. -- issue 41:8 5/84
See Day, R. K. -- issue 2.4:10-14 11/93
See Ek, L. -- issue 44:16-22 11/85
See Field, C. W. -- issue 35:3-4 5/81
See Gabrielsson, A. -- issue 27:13-19 5/77
See Lindberg, B. -- issue 2.6:24-27 11/94
See Meyer, J. -- issue 46:38 11/86
See Molin, N.-E. -- issue 46:24-29 11/86
See Moral, J. A. -- issue 31:5-12 5/79
See Moral, J. A. -- issue 34:29-32 11/80
See Rossing, T. D. -- issue 41:15-17 5/84
See Saldner, H. O. -- issue 3.4:10-16 11/97
See Sundberg, J. -- issue 42:4 11/84
Jansson, E. V.
Frydén, L.
Mattsson, G.
 On tuning of the violin bridge 1.6:11-15 11/90
Jansson, E. V.
Molin, N.-E.
 On tuning of free violin plates 1.3:27-30 05/89
Jansson, E. V.
Moral, J. A.
Niewczyk, J.
 Experiments with free violin plates 1.2:2-6 11/88
Jansson, E. V.
Niewczyk, B.
Frydén, L.
 Experiments on the construction and the function of the violin [Abstracted 1.8:49 11/91] 2.2:6-11 11/92
Timbre and properties of a violin (abstract) 2.4:42 11/93
Jansson, E. V.
Niewczyk, B. K.
Frydén, L.
 The bass bar and the quality of a violin (abstract) 2.8:39 11/95
On body resonance C3 and violin construction 3.3:9-14 05/97
Jansson, E. V.
Niewczyk, B. K.
 On the acoustics of the violin bridge or body hill 3.7:23-27 05/99
Jansson, E. V.
Sundberg, J.
 Long-time-average-spectra applied to analysis of music 20:18-21 11/73
Jansson, E. V.
Sundin, H.
 A pilot study on coupling between top plate and air volume vibrations 21:11-15 05/74
Jansson, E.V. See Molin, N.-E. -- issue 2.4:43 11/93
Jelatis, G. J. See Hansen, U. J. -- issue 2.3:33 5/93
Jingye, L. Proposed curved fingerboard for the violin family (Note) 2.2:28-29 11/92
Johnson, J. G. Portable carving bench for backs and bellies 35:3 05/81
Jolly, V. G. Letter to the editor: More about the structure of bow hair 22:20 11/74
Letter to the editor: Descriptive terms for tone quality 31:35 05/79
Jones, R. T. A simple violin oscillator 20:14-16 11/73
Magnetic thickness measuring device 44:9 11/85
Acoustic experiments with the violin 3.3:37-41 05/97
Jovicic, J.
Jovicic, O.
 The dependence of the changes of the natural vibrations of the body of a guitar on the number and distribution of the ribs on the fixed resonance board (abstract) 29:1 05/78
The role of radial ribs on the resonance board of the guitar: Their effect on the nodal lines of the board (holographic study) (abstract) 29:2 05/78
Study of the acoustic properties of the guitar (abstract) 34:8 11/80
Jovicic, O. See Jovicic, J. -- issue 29:1 5/78
See Jovicic, J. -- issue 29:2 5/78
See Jovicic, J. -- issue 34:8 11/80
Kaetel, K. See Winkler, K. -- issue 1.7:31-32 5/91
Kahle, E.
Woodhouse, J.
 Modelling the microstructure of wood (abstract) 1.4:42 11/89
Kamada, M. See Nakamura, N. -- issue 2.3:28 5/93
Karon, J. The violin as an instrument 25:23 05/76
Observations about the effect of strains and distortion on violin tone 1.3:26 05/89
Karp, C. Evidence of bridge and soundboard contributions to keyboard inharmonicity (abstract) 41:9 05/84
Kashino, K.
Tanaka, H.
 A rule-based approach toward sound source segregation (abstract) 2.3:26 05/93
Kass, P. J. Modern historical research - the violin as art (abstract) 2.4:49 11/93
Katayose, H. See Nagatsuka, T. -- issue 2.3:26 5/93
Kautzky, T. See Rose, M. -- issue 1.4:38 11/89
Kawai, N. See Oohashi, T. -- issue 2.3:28 5/93
Kawakami, F. See Shimuzu, Y. -- issue 2.3:31 5/93
Keefe, D. H. Woodwind design algorithms to achieve desired tuning 1.3:14-22 05/89
Kellert, E. Microscopic examination of wood 4:14 11/65
Kendall, R. A. See Carterette, E. C. -- issue 1.8:52 11/91
See Carterette, E. C. -- issue 2.8:45 11/95
Kent, E. L. See Harbold, M. L. -- issue 28:13-14 11/77
Kikuchi, T. See Horiuchi, R. -- issue 2.3:24 5/93
Killion, M. C. The effect of extended playing on the tone of new violins (Note) 2.5:22 05/94
See Ling, D. -- issue 3.3:42-43 5/97
Kimball, D. Five days at 112 Essex Avenue 11:8-10 05/69
See Tourin, P. -- issue 25:2 5/76
Kimball, M. Bow design for the violin family 2:9 11/64
On making a violin bow 11:22-26 05/69
The violin bow, center of gravity - center of percussion 2.7:28-29 05/95
See Condax, L. -- issue 16:7 11/71
King, A. T. Retuning the plates of a cello 44:10 11/85
Stradivari-Cremona Mystery Disclosed by Pete Molenaar -- Book review 1.8:41 11/91
Kishi, K. Digital simulation of the oscillations of the bowed string (abstract) 1.8:50 11/91
Kishi, K.
Aoyagi, R.
 Transient time of the oscillations of a bowed string calculated by simulation method (abstract) 2.8:39 11/95
Kiyoko, M.
Mitsuo, M.
Osamu, Y.
 Research on the timbres of Japanese musical instruments and other sound sources (abstract) 2.3:33 05/93
Knatt, T. Acoustic criteria for guitars and a comparison with violins 21:9-10 05/74
Correlating glitter pattern tests with quality in classical guitars (abstract) 46:39 11/86
The relationship of tone quality to the torsional vibrations of guitar strings and to neck angle (abstract) 1.4:41 11/89
Kobata, T.
Idogawa, T.
 Attractors of stable vibrations excited in the clarinet artificially blown (abstract) 2.3:30 05/93
A study of clarinet equations of Schumacher (abstract) 2.8:41 11/95
Kohut, J.
Mathews, M. V.
 Bowed violin string is perfect (abstract) 14:5 11/70
Koide, H.
Tada, K.
Ishii, R.
 A synthesis method of a musical instrumental tone considered with phase variation (abstract) 2.3:25 05/93
Komuro, K.
Idogawa, T.
 Impulse response and reflection function of the woodwind instrument (abstract) 1.4:39 11/89
Kondo, M. On the motion of the swing thread of a Taiwan toy -- A singing cicada (abstract) 46:42 11/86
Helmholtz motion of a bowed string seen in the light of "acceleration" (abstract) 2.4:46 11/93
Kondo, M.
Kubota, H.
 A new identification expression of Helmholtzian waves (abstract) 41:7 05/84
Bowing positions and vibrational structures of bowed strings (abstract) 41:7 05/84
Fundamental constructions of bowed strings - a Helmholtzian wave has its twin brother unacknowledged (abstract) 1.8:51 11/91
The stational motion of a string bowed at distances L/m from its end (abstract) 2.3:23 05/93
Kopac, J. See Sali, S. -- issue 3.5:15-21 5/98
Kottick, E. L. Just because it glitters doesn't mean it bounces 41:35-36 05/84
See Marshall, K. D. -- issue 1.4:42 11/89
See Savage, W. R. -- issue 41:12 5/84
Koyama, I, See Tokuhiro, I. -- issue 2.3:29 5/93
Kristiansen, U. K. See Tro, J. -- issue 40:7-9 11/83
Krüger, W. Findings in the manipulation of guitar top plates 38:19-22 11/82
Kruijswijk, S. See Hirschberg, A. -- issue 1.4:40 11/89
Krupowicz, S.
Skalmierski, B.
 Cold rib bending as an explanation for the shape of the violin 2.3:9 05/93
Kubota, H. Velocity measurement for the bowed string and plural Helmholtz waves (abstract) 46:41 11/86
Matrix analysis on the bowed string by dissolving into plural Helmholtz waves (abstract) 1.8:51 11/91
Matrix analysis of motion of the bowed string with single stick and slip in a fundamental period (abstract) 2.4:46 11/93
See Kondo, M. -- issue 1.8:51 11/91
See Kondo, M. -- issue 2.3:23 5/93
See Kondo, M. -- issue 41:7 5/84
See Kondo, M. -- issue 41:7 5/84
Kuistad, G. See Rossing, T. D. -- issue 25:6 5/76
Kurakata, K.
Kuwano, S.
Namba, S.
 Factors determining the impression of "smoothness" in piano performance (abstract) 2.3:32 05/93
Kuwano, S. See Kurakata, K. -- issue 2.3:32 5/93
Laar, R. v. d. See Hirschberg, A. -- issue 1.4:40 11/89
Laird, P. R. The violin octet: its first forty years 3.4:3-9 11/97
The Baroque Double Bass Violone by Alfred Planyavsky -- Book review 3.7:3-4 05/99
Lallouache, T. See Bailliet, H. -- issue 2.8:40 11/95
Lambourg, C
Chaigne, A.
 Time domain simulation of vibrating plates: preliminary results (abstract) 2.8:42 11/95
Langhoff, A. Measurement of acoustic violin spectra and interpretation using a 3D representation (abstract) 2.4:43 11/93
Modal analysis of violin, viola and cello compared to the acoustical spectrum (abstract) 2.8:40 11/95
Langhoff, A.
Facchini, M.
Zanetta, P.
 Static deformation measurements on violins by optical TV-holography 2.6:15 11/94
Langhoff, A.
Tronchin, L.
 Comparison of violin impulse responses by listening to convoluted signals (abstract) 2.8:39 11/95
Lawergren, B. A new and a rediscovered type of motion of the bowed violin string (or) How bowing position affects the shape and the sound of the string 30:8-13 11/78
Lazarus, H. Dynamical theory of string excitation by bowing (abstract) 14:5 11/70
Lee, A. R. See Rafferty, M. P. -- issue 41:7 5/84
Lee, R. M. Letter to the editor: Photoelectric vibration pickups 21:10 05/74
The motions of the top surface of a violin (abstract) 1.4:37 11/89
Leman, A. K. See Bessaraboff, N. -- issue 8:9-11 11/67
Lewin, F. The recording revolution 15:6-7 05/71
New Violins exhibited at Leipzig Messe 34:6-7 11/80
Li, S.-N. See Strong, W. J. -- issue 1.4:47 11/89
See Strong, W. J. -- issue 2.3:27 5/93
Lincoln, J. The Northumbrian small pipes (abstract) 28:6 11/77
Lindberg, B.
Lindgren, L.-E.
Molin, N.-E.
Jansson, E. V.
 Experiments with transient waves in a violin bridge 2.6:24-27 11/94
Lindevald, I. M. A. H. Benade and the perception of music 2.1:32-36 05/92
Lindgren, L.-E. See Lindberg, B. -- issue 2.6:24-27 11/94
Lindsay, A. D.
Willgloss, R. A.
 Finite-element analysis of "Stradavari"and "modern" top plates 3.4:30-37 11/97
Ling, D. Violin Makers' Corner: Questions and answers re wood and viola C strings 2.7:36 05/95
Ling, D.
Killion, M. C.
 New versus old: Playing-in instruments through vibratory transmission of music to the bridge 3.3:42-43 05/97
Lipkin, Richard To build a better violin - reprinted from Science News 1994 2.7:34-35 05/95
Lottermoser, W. Violin acoustics 30:14-18 11/78
Lozano, J. See Hansen, U. J. -- issue 1.4:43 11/89
Lundberg, G. The cello -- Not a big violin (abstract) 41:9 05/84
Luscher, E. See Merte, B. -- issue 1.4:45-46 11/89
See Rose, M. -- issue 1.4:38 11/89

Last modified: 17 May 2000