William J. D. Escher

发表

A US History of Airbreathing/Rocket Combined-Cycle (RBCC) Propulsion for Powering Future Aerospace Transports, with a Look Ahead to the Year 2020

William J. D. Escher, 1999 .

A retrospective on early cryogenic primary rocket subsystem designs as integrated into rocket-based combined-cycle (RBCC) engines

William J. D. Escher, Robert E. Schnurstein, 1993 .

Prospective new transportation application initiatives in NASA's earth-to-orbit propulsion technology program

William J. D. Escher, 1992 .

Synerjet propulsion and the trimarket opportunity - Orbital, transglobal and lunar transportation services with one vehicle type

William J. D. Escher, 1992 .

An Early TSTO Fully Reusable Vehicle Design Used to “Calibrate” Stage 1 Combined-Cycle Hypersonic Propulsion Systems

William J. D. Escher, Carl F. Ehrlich, W. Escher, 2000 .

The synerjet engine : airbreathing/rocket combined-cycle propulsion for tomorrow's space transports : selected papers, 1963-1996

William J. D. Escher, 1997 .

Space Propulsion Technology Program Overview

William J. D. Escher, 1991 .

On the Airbreathing/Rocket Propulsion Relationship: For Advanced Spaceflight Systems, It's the Combination that Counts

William J. D. Escher, W. Escher, 2003 .

SYNERJET POWERED SPACELINER : AIRCRAFT OPERABILITY AND ECONOMICS : WITHOUT WINGS AND WHEELS

William J. D. Escher, 1998 .

An affordable RBCC-powered 2-stage small orbital payload transportation systems concept based on test-proven hardware

William J. D. Escher, 2008 .

The Hypersonic ETO Space Transporter as an Enabling Element for Acquiring Commercial Human -rated Space Transportation Capabilities

William J. D. Escher, 2006 .

Rocket-based combined-cycle (RBCC) powered spaceliner class vehicle can advantageously employ vertical takeoff and landing (VTOL)

William J. D. Escher, 1995 .