PMC

Total electron scattering and integral elastic cross sections for electron collisions with pyridine: , present experimental data []; , experimental data from []; , experimental data from [] including the correction for rotational excitations into the acceptance angle of the detector (“missing angles”); ― integral elastic cross section calculated with the SMC method; ―, integral elastic cross section calculated with the R-matrix method; ―, integral elastic cross section calculated with the IAM-SCAR method; ---, our experimental data [] including the correction for electrons elastically scattered into the “missing angles” as calculated with the IAM-SCAR differential elastic cross sections. -.-.; our experimental data [] including both the corrections for elastic and rotational excitation scattered electrons into the “missing angles”.

Cross lagged path analyses predicting observed adolescent emotional disclosure (R² = .19**) and adolescent-report of maternal acceptance (R² = .21***) at adolescent age 16. Significant pathways are bolded. Age, gender, and family income are covaried in all analyses. Note: ** p < .01; *** p < .001

Model calculations of Mie scattering and absorption cross sections. The long dashed trace labeled σ_s shows the calculated total scattering cross section for microspheres with a diameter of 3.1 µm and an index of refraction of 1.59 + 0.007i. The short dashed trace labeled σ_sp shows the partial scattering cross section for scattered photons entering the instrument acceptance aperture. The solid trace σ_s- σ_sp shows the expected instrument response, and the trace labeled σ_abs shows the expected molecular absorption cross section.

Cross lagged path analyses predicting adolescents’ self-reports of emotional communication (R² = .25***) and adolescentreport of maternal acceptance (R² = .21***) at age 16. Significant pathways are bolded. Age, gender, and family income are covaried in all analyses. Note: ** p < .01; *** p < .001