What are the factors affecting the shape of the density curve for light hazard?
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The shape of the density curve for light hazard can be influenced by various factors. In the context of laser irradiation on a spherical target, the radiation pressure generates a nonmonotonic density profile with an overdense bump in the underdense region, which is the stable solution under specific conditions . Probability density functions and hazard functions are interrelated, with specific shapes such as increasing, decreasing, unimodal, anti-unimodal, and more, impacting each other . Nonparametric maximum likelihood estimation methods consider decreasing density and constraints on hazard functions like increasing, convex, or bathtub-shaped, affecting the shape of the density curve . Perturbations to meteoroid shape or atmospheric density can also alter the light curve, with changes in mass distribution affecting the symmetry and curvature of the emitted light intensity .
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| Factors affecting the shape of a meteor light curve include meteoroid shape alterations impacting curvature and symmetry, and periodic atmospheric density fluctuations causing small oscillations in the light curve. | |
| The shape of the light density curve is influenced by ambient lighting changes, correction values stored in a lookup table, and adjustments made based on lighting strength variations. | |
15 Citations | Shape restrictions such as decreasing, increasing, convex, or bathtub-shaped influence the density curve for light hazard, as discussed in nonparametric estimation methods in the paper. |
01 Jan 1996 1 Citations | Not addressed in the paper. |
55 Citations | The shape of the density curve for light hazard is influenced by radiation pressure from a powerful laser on a spherical target, leading to a nonmonotonic profile with an overdense bump. |
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