#Lumo light Pc#
LUMO light control unit together with the LED light source, can be connected to the PC via RS-485 interface, e.g. The corresponding program can be repeated 1 to 99 times or can run continuously. each step is a pair of light intensity and time duration). It is also possible to program the light intensity with respect to time in 99 steps locally on the LUMO light control unit (i.e. The light intensity can be controlled by 0 to 100% (in the steps of 1%) manually on the light control unit.
#Lumo light manual#
Manual or automatic light intensity control Optimal light absorption spectrum of phototropic organisms LED light spectrum is evenly distributed outside the working vessel of MINIFOR photobioreactor.Įxternal LED light source for MINIFOR photobioreactor The LEDs with corresponding light spectrum and wavelength can be selected according to the specific photosynthesis requirements of algae, plant cells, moss or cyanobacteria. LAMBDA offers high intensity and low radiant heat emitting LED light source with the LUMO light controller for the most effective and consistent light supply for highest photosynthesis and growth rates of the culture. Optimal light spectrum with external LED light source
#Lumo light free#
Free selectable wavelength according to the culture requirement (e.g.: LEDs red or blue or warm white)Ĭontrolled light intensity with LUMO controller.Manual or automatic timer to simulate day/night rhythm.LUMO controls the LED light with high light intensity and low radiant heat emitted to the medium (no or less medium cooling).Can also be used as a stand-alone device.LUMO light control unit together with the MINIFOR laboratory fermenter-bioreactor for growing phototrophic cultures.These are also commonly referred to as HOMO−1 and LUMO+1 respectively.LUMO programmable light controller with external LED light source for phototrophic cultures. They are named NHOMO for next-to-highest occupied molecular orbital and SLUMO for second lowest unoccupied molecular orbital. If existent, the molecular orbitals at one energy level below the HOMO and one energy level above the LUMO are also found to play a role in frontier molecular orbital theory. This abbreviation may also be extended to semi occupied molecular orbital. In organometallic chemistry, the size of the LUMO lobe can help predict where addition to pi ligands will occur.Ī SOMO is a singly occupied molecular orbital such as half-filled HOMO of a radical.
The same analogy can be made between the LUMO level and the conduction band minimum. The HOMO level is to organic semiconductors roughly what the maximum valence band is to inorganic semiconductors and quantum dots. As a rule of thumb, the larger a compound's HOMO-LUMO gap, the more stable the compound. Its size can be used to predict the strength and stability of transition metal complexes, as well as the colors they produce in solution. The energy difference between the HOMO and LUMO is the HOMO–LUMO gap. HOMO and LUMO are sometimes collectively called the frontier orbitals, such as in the frontier molecular orbital theory. The acronyms stand for highest occupied molecular orbital and lowest unoccupied molecular orbital, respectively. In chemistry, HOMO and LUMO are types of molecular orbitals. 3D model of the lowest unoccupied molecular orbital in CO 2
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