MJos Predictive Model | First manifestation of the Bangel Language
Terminology revised ยท evidence inherited
Grey Pages Definitive Glossary 120 Pages. Source pages 7076-7076. Nomenclature updated; historical equations, evidence limits and unresolved relationships retained.
GREY-015 Glossary entries 0113-0120 MJ-PBMEF-DAY0-R11-COLOR-PAPERS-180K-FINAL Definitive categorized terminology and alias reference F-085 Cone height ratio [FORMULA] Standard cone height is twice rectangle height. Expression: H_C=k_H*H_R; k_H,std=2 Aliases: F-085 | References: JP,MK,JO | Ceiling: length F-086 Cone top-width ratio [FORMULA] Standard top characteristic width is twice bottom width. Expression: W_T=k_W*W_B; k_W,std=2 Aliases: F-086 | References: JP,MK,JO | Ceiling: length F-087 Cone area by height [FORMULA] Similar-section conical expansion area. Expression: A(z)=A_B*(1+(k_W-1)*z/H_C)^2 Aliases: F-087 | References: MK,JO,SISTER | Ceiling: area F-088 Cone partial volume [FORMULA] Volume up to observed gas height. Expression: V_C(z)=A_B*(z+(k_W-1)z^2/H_C+(k_W-1)^2*z^3/(3H_C^2)) Aliases: F-088 | References: MK,JO,SISTER | Ceiling: volume F-089 Full conical-frustum volume [FORMULA] Full conical expansion volume. Expression: V_C=H_C/3*(A_B+sqrt(A_B*A_T)+A_T) Aliases: F-089 | References: MK,JO,JP | Ceiling: volume F-090 Pearl cone-top anchor [FORMULA] Pearl simulation begins at the top-of-cone information plane. Expression: z_P0=H_R+H_C; standard=3H_R Aliases: F-090 | References: PEARL,MK,JO | Ceiling: length F-091 Observed gas mass [FORMULA] Gas mass from observed height and state-dependent density. Expression: m_g=rho_g*V_C(h_g) Aliases: F-091 | References: MK,EVE,JO | Ceiling: mass F-092 Gas mass-flow from height [FORMULA] Mass-flow accounting includes density changes. Expression: m_dot=rho*A(h_g)*h_dot_g+V_C(h_g)*rho_dot Aliases: F-092 | References: MK,EVE,JO | Ceiling: mass/time Michael Patrick Bangel | MJ Physics Engineering | internal pre-passkey reference | no physical, legal, financial, regulatory, or IP-right approval 16