Step 1: Recall the three classical size-reduction energy laws.
Rittinger's law states that the energy needed is proportional to the new surface area created, and works best for fine grinding. Kick's law states that the energy needed is proportional to the logarithm of the size reduction ratio, and suits coarse crushing. Bond's law lies between the two, relating energy to the reciprocal of the square root of particle size through a material-specific work index, and is the most generally applied of the three.
Step 2: Check whether Henderson's law belongs to this group.
Henderson's equation is a thin-layer drying relation that connects the equilibrium moisture content of a grain to the surrounding air's relative humidity and temperature, it is used in drying and storage calculations, and has no connection at all to the mechanical energy needed to break particles into smaller pieces.
Step 3: Conclude.
Only Bond's, Kick's and Rittinger's laws are genuine energy-size reduction relationships, Henderson's law is unrelated to size reduction, so the correct set is (A), (B) and (D) only.
\[ \boxed{(A), (B) and (D) only.} \]