Barometric pressure transient testing applications at the Nevada Test Site. Nuclear chimney analysis. Final report
[report]
J.M. Hanson
1985
unpublished
Figure Page 4.4 Measured (solid) and predicted (dashad) downhole pressure for DH7. Infinite half-apace, 1-D (vertical) nodal . 106 4.5 Measured (solid) and predicted (dashed) downhole pressure for DH9. Infinite half-apace, 1-D (vertical) nodal 10? 4.6 Measured (solid) and predicted (dashed) downhole pressure for U2fe. Infinite half-apace, 1-0 (vertical average) nodal , 4.7 Measured (solid) and predicted (dashed) downhole pressure for U2ff. Infinite half-apace, 1-D (vertical average) model HO
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... Measured (solid) and predicted (dashed) downhole pressure for U2ev. Infinite half-apace, 1-D (vertical average) Model HI 4.9 Measured (solid) and predicted (dashad) downhole pressure for U19ac. Infinite half-apace, 1-D (vertical average) model •••112 LIST OF FIGURES (Continued) Figure Page 5.4 Surface solute flux with baroaetric puaping (solid) and without barometric puaping (dashed) -24 hour period surface pressure variation. (shot depth = 100 a.) 182 5.5 Diffusive (solid) and convective (dashed) components of surface flux with baroaetric puaping -24 hour period surface pressure variation. (shot depth = 100 a.) : ^33 5.6 Surface solute flux with baroaetric puaping (solid) and without baroaetric puaping (dashed) -12 hour period pressure variation. (shot depth = 100 a.) ^ 5.7 Diffusive (solid) and convective (dashed) coaponents of surface flux with baroaetric puaping -12 hour period surface praaaure variation. (shot depth = 100 a.) " [^ 5.6 Surface solute flux aaaualng dispersivity independent of gas velocity, with baroaetric puaping (solid) and without baroaatric puaping (dashed) -24 hour period surface pressure variation, (shot depth = 100 a.) ..186 5.9 Surface solute flux assuming disperaivj.ty independent of gas velocity, with barometric puaping (solid) and without barometric puaping (dashed) -12 hour period surface pressure variation, (shot depth a 100 m.) ... 187 5.10 Surface solute flux with baroaetric puaping (solid) and without bar.onetric puaping (dashed) -24 hour period surface pressure variation. (shot depth = 300 a. Note: dashed curve is effectively superimposed on x-axis) 188 5.11 Conparison of surface solute flux for K = 10, 100, and 1000 a/hr. Minimum amplitude curve (solid) corresponds to K=10 m/hr. Maximum amplitude curve (dashed) corresponds to K * 100, 1000 a/hr whic "re effectively superiapoaed j89 6.1 Packer-tubing-steaaing completion of slant hole 203 6.2 Packer-gauge-steaming completion of slant hole 204 6.3 Perforated casing completion of slant hole 205 4v
doi:10.2172/6015858
fatcat:3wvca5r35bgdrlujiryzjnsdoa