Moving objects in retarded gravitational potentials of an expanding spherical shell/Table with computed results

Table with computed results
In the following table you will find different computed values based on the linear mass density of the black shell $$\lambda_M$$. The values had been numerically computed by a Java program.

The Schwarzschild distance that is corresponding to the Hubble radius of the universe during the generation of the cosmic microwave background (CMB) at around 380,000 light years is marked in bold.

Note that to 380,000 years after the Big Bang, the slope of the Schwarzschild radius in relation to the slightly increasing linear mass density was very high. The Schwarzschild distance was grewing much faster than the mass of the black shell during this period.