Et conceptum ac typicam usus plantarum incrementum luminaria

Introductio

Plant incrementum lucernas sunt artificialis lux fontes, plerumque electrica lux fontes disposito ad stimulate plant incrementum per emittens electro spectro idoneam ad photosynthesis. Plant lumina sunt in applications, qui non habent naturalem lucem aut requirere supplementum lucem. Eg hieme cum possibile dies non sufficit ad consequi desideravit herba incrementum, luminaria sunt extendere tempus plantarum recipere lucem. Si plantis non satis lucis, crescunt longitudo.

In crescente lumina Aut experiri providere spectro similis sole vel providere spectro idoneam necessitatibus coluerunt plantis. Simulate velit condiciones a diversis coloribus, temperatus et spectralis output de incrementum lucerna et mutare in lumen output (intensionem) de lucerna. Depending on the type of plant to be cultivated, the cultivation stage (such as the germination/vegetative period or the flowering period/fruiting period) and the photoperiod required by the plant, the specific range of the spectrum, the luminous efficiency and the color temperature are all desirable for the specific plant and time period.

Typical usus

Planta luminaria sunt pro umbraticis plantarum, plant propagationem et cibum productio, comprehendo amet hydroponics et aquatilium plantis. Licet maxime planta luminaria sunt in industria, possunt etiam esse in domos.

According to the inverse square law, the intensity of the light radiated by a point source (in this case, a bulb) that reaches the surface is inversely proportional to the square of the distance from the surface to the source (if an object is twice as far away, it will only receive four One part of the light) This is a serious obstacle for indoor growers, and many techniques are used to use light as efficiently as possible. Ideo reflectors saepe in luminaria ad maximize lux efficientiam. Lampadibus lucernae moventur ut proxime ut idem illuminationem et lucernae lucernis cadit in plantis pro ambiente.

Ut candencis lampades, fluorescent lampades, metallum halide lampades (absconderunt) et lucem emittens Diode (LED). Hodie, maxime late usus lucernas in professionalem usum latent et fluorescent lampadibus. Umbraticis flos et vegetabilis growers plerumque uti summus pressura sodium (HPS / filius) et metallum halide (MH) latet lampades, sed fluorescent et educit et oeconomia.

Metallum halide lampades saepe usus est in vegetative tempus plantarum incrementum, quia emittunt maius moles hyacintho et ultraviolet radialem. Cum introductio de Ceramic metallum halide lucendi et plenus-spectro metallum halide lucendi, sunt magis usus est ut exclusive lux fontes in incrementum gradu de vegetabilis reproduction. Blue spectro inducere maiorem nutriendum responsio in plantis.

High-pressura sodium lampades etiam usus est ut unum lucem fons per vegetativum et generatiua gradus. Item, quod potest esse sicut correctio plenus-spectro lucendi in generatiua phase. Et rubrum spectro potest trigger maius florentem responsum in plantis. Si vos utor a summo-pressura sodium lucerna ut vegetativam periodum, plantae et crescere paulo citius.

In annis, duxit umbraticis incrementum lucernas potest producendum lumen specifica wavelengths. NASA iam probata efficientiam augendae spatium cibum in spatio statione. Eventus ostendere quod plantae sunt affectus lumen in rubrum, viridi et hyacintho partes visibilis spectro