The invention provides a method for realizing rapid core material formation of
dalbergia odorifera by utilizing a
physical stress effect, the method is based on a device for realizing rapid core material formation of
dalbergia odorifera by utilizing the
physical stress effect, and the rapid core material formation device comprises a
physical stress unit, a temperature change regulation and
control unit and an
intelligent control unit; according to the rapid core material forming method, rapid core material forming of
dalbergia odorifera is achieved through the physical stress effect, core material
cambium cells are induced to be directionally differentiated through composite physical-temperature change stress, the natural process of tens of years is shortened to 3-5 years, and the
economic benefits of a man-made forest are remarkably improved; stress intensity and duration are accurately regulated and controlled, wood
cracking or decaying caused by excessive damage is avoided, and the core
material density and
aroma components are basically consistent with those of traditional natural formation; a pure physical means (without
chemical agents) is adopted, vibration and temperature change parameters conform to the physiological tolerance range of trees, and ecological balance is not damaged; through real-time feedback of a sensor and automatic optimization of a
processing strategy, the method is suitable for dalbergia odorifera individuals of different tree ages and diameters at breast height, and the generalization performance is high.