HORIZ

AcronymDefinition
HORIZHorizontal
References in periodicals archive ?
Neubert (1987), "The Evolution of Social Responsibility," Business Horiz
and horiz. reinforcement shall not be less than 0.002 x(wall width)x(wall thickness)
Micromorphological descriptions of profile BG11 OIL, Oblique incident light; PPL, transmitted light, parallel polarisers; XPL, transmitted light, crossed polarisers Horiz. Micro-structure Porosity Oe-A Crumb, v.
SIZE & DESCRIPTION A 2 1-1/2" x 5-1/2" x 46" (footing plate) B 2 1-1/2" x 5-1/2" x 57" (footing plate) C 24 1-1/2" x 3-1/2" x 19-1/2" (studs) D 6 1-1/2" x 3-1/2" x 55" (top, bottom, tie plate) E 6 1-1/2" x 3-1/2" x 48" (top, bottom, tie plate) F 2 1/2" x 24" x 47" (inside sheathing) G 2 1/2" x 24" x 48" (inside sheathing) H 4 24" 45-degree corner boards J 2 1-1/2" x 3-1/2" x 55" (ledger) K 2 1-1/2" x 5-1/2" x 79" (trellis post) L 1 1-1/2" x 5-1/2" x 43-1/2" (trellis bottom rail) M 5 1-1/2" x 1-1/2" x 43-1/2" (horiz. trellis lattice) N 4 1-1/2" x 1-1/2" x 54" (vertical trellis lattice) P 1 1-1/2" x 5-1/2" x 54-1/2" (arched rail; Fig.
Body CG Mean SD ([+ or -]) Rear Knee Displ Comp (cm) (cm) IP: Setting ([R.sup.2]) Vert Displ: -9.4 3.5 -- Setting Horiz Displ: 14.5 4.9 -- Setting Vert Displ: 14.3 5.2 -- Swing Horiz Displ: 4.1 2.1 -- Swing Body CG Rear Knee Front Knee Rear Knee Displ Comp ROM: Setting IP: Swing IP: Swing ([R.sup.2]) ([R.sup.2]) ([R.sup.2]) Vert Displ: .309 .388 -- Setting Horiz Displ: -- .394 -- Setting Vert Displ: -- .524 -- Swing Horiz Displ: -- -- -- Swing Body CG Front Knee Rear Knee Displ Comp ROM: Swing ROM: Swing ([R.sup.2]) ([R.sup.2]) Vert Displ: -- -- Setting Horiz Displ: -- -- Setting Vert Displ: .619 -- Swing Horiz Displ: -- .246 * Swing Note: All variables are significant at p<0.05 unless indicated by * Table 3.
The measured E- and H-plane patterns of the polarization-diversity antenna show that the selected vertical or horizontal dipole have a performance close to a single dipole antenna in a vertical or horiz ontal position.
from horiz.)";GA 90 IV=IK*1000: VI=PI*ID*ID*ID/6 100 GF=(SIN(GA/180*PI))^.33 110 MI=IR*VI: KE=.5*MI*IV*IV 120 KT=KE/4.2E+12: REM impactor KE in kT TNT 130 PRINT: PRINT "Impactor Parameters" 140 PRINT USING " Volume ##.##^^^^ m^3"; VI 150 PRINT USING " Mass ##.##^^^^ kg"; MI 160 PRINT USING " KE ##.##^^^^ J"; KE RELATED ARTICLE: ECMAScript
Integrated Distillation System New, Integrated System Performance Double-Drum Factor Dryer Vertical Still Horiz Still Fugitive very significant very small very small emissions (150 tpy, est.) Operating 1000 350 300 pressure (mBar) Condensate 115 50 - 100 75, max collection rate (down to 90) (US gal/hr) Drums of "solids" 15 - 25 collected/day % solids in drum 60 - 80 time to process 24 3500 gal "feed" (hr) Performance Factor Overall Fugitive very small emissions ([less than]1 tpy, est.) Operating pressure (mBar) Condensate 145 collection rate (US gal/hr) Drums of "solids" 5 - 7 collected/day % solids in drum 100 time to process [less than]24 3500 gal "feed" (hr)