paralinear

From para- +‎ linear.

paralinear (not comparable)

1. (sciences, mathematics) Consisting of the linear combination of different rate equations, each of which may or may not be linear.
   • 1976, Irving E. Sumner, Charles M. Spuckler, Purging of Multilayer Insulation by Gas Diffusion, page 5:

     Therefore, for the basic paralinear model, this method gives the exact solution as a function of time for ΔW, W_m and W_r.

   • 1977, Charles A. Barrett, “10 000-Hour Cyclic Oxidation Behavior at 815°C (1500°F) of 33 High-Temperature Alloys”, in M. R. Louthan, R. P. McNitt, editor, Proceedings of Conference, Environmental Degradation of Engineering Materials, page 320:

     A paralinear analysis technique was then used to estimate specific metal loss at 10 000 hours (refs. 1, 2).

   • 1998, Vasiliĭ Ivanovich Dybkov, Growth Kinetics of Chemical Compound Layers, page 69:

     The 'paralinear' kinetics is usually observed if one of the layers is compact while the other is porous.

   • 2000, Elizabeth J. Opila, “Paralinear Oxidation of SiC and SI₃N_{4</wub> in Combustion Environments”, in Kurt R. Hebert, Robert Scott Lillard, B. R. MacDougall, editor, Oxide Films: Proceedings of the International Symposium, page 431:}

     These simultaneous reactions are described by paralinear kinetics.

   • 2007, Xuhua Xia, Data Analysis in Molecular Biology and Evolution, page 187:

     For example, the models underlying the paralinear distance (Lake 1994) and the LogDet distance (Lockhart et al. 1994) are presumably applicable to the situation when nucleotide frequencies have changed during the divergence of different lineages.

• paralinearity

• ortholinear