No, and I found this a little odd, but he actually excoriates any type of training split for athletic-oriented resistance training in "Periodization of Sports." For example, If you have 7 exercises selected for an athlete (2 upper body, 2 core, 3 lower body) and the athlete is advanced to the point that he is considered capable of handling 4 days of lifting a week- in addition to his technical and tactical sports training- Bompa argues that every exercise should be lifted on every one of those days. This makes sense in his model only because even within microcyles (one-week cycles) that belong to a macrycocyle (4-15 weeks) devoted to the development of a single type of strength, the sessions in that microcyle will probably alternate the type of strength being trained or the intensity of training.
When I refer to "types of strength," for those of you unfamiliar to periodization, I am referring to Bompa's (perhaps most useful principle) of the speed-strength-endurance triangle. Different sports require different emphasis on one of these three biomotor abilities. A marathon runner needs a great deal of endurance, not much speed or strength. A shot putter needs strength and speed (since shot-putting relies on power, a function of speed and strength, not just strength) but absolutely no endurance. A mixed martial artists needs everything in probably equal proportions. Improvements in one ability usually improve abilities in another, but once an elite level is reached, trade-offs must be moderated; thus, it is doubtful you will ever see anyone who squats over 600 pounds excel in an endurance sport (since he has obviously dedicated too much of his energy to increasing the potential for an ability irrelevant to his sport).
He delineates many different types of strength along each axis of the triangle (between Speed & Strength, between Strength & Endurance, between Endurance & Speed). For example, on the Strength-Endurance axis, the type of strength nearest the strength peak is P-E (Power-Endurance), or the ability to perform a powerful movement such as jumping to rebound a basketball, and the ability to repeat this movement many times during a game. The emphasis is more on strength than on endurance, but both are involved. The type of strength nearest the endurance peak is M-EL (Muscular-Endurance Long), or the ability to perform a less powerful movement but to sustain it. You may jump 200 times during a basketball game lasting two hours, but the total time spent performing that action is probably less than a minute. Conversely, a marathon runner will never explode as in a jump, but he will have to maintain a turnover of his gait throughout the two hours his marathon lasts. The former emphasizes P-E, the latter M-EL.
The significance of this is that P-E operates mainly on the anaerobic system and M-EL on the aerobic system. It's best to tax only one system in a day, but this also makes it possible to completely tax one system on one day and then the other on a consecutive day; this allows for maximum intensity on consecutive days.
So even in a macrocyle dedicated to converting maximum strength into power (not muscular endurance) for a basketball player, a microcyle will probably involve a taxation of both anaerobic and aerobic systems, but with an emphasis (especially in strength training) on the anaerobic. However, you can sandwich two days with the same exercises if one day emphasizes power and the next endurance, since they operate on two separate systems.
Furthermore, I was wrong when I posted in another thread the aerobic system takes 24 hours to recuperate (this is perhaps only for seriously intense aerobic exercise); it's actually 8 hours. For the anaerobic, it's 24-48 hours. Since microcycles are composed of varying high intensity and low intensity days, some days won't tax the anaerobic system to the point that training the same exercises the next day will be impractical.
I should mention, some muscles take longer than others to recuperate. The lower back is the slowest; after an intense deadlifting session, it will take 72 hours or slightly more to fully receuperate.