PTM-50 Tsarin kula da yanayin tsire-tsire

gaba

Tsarin sa ido na PTM-50 na tsire-tsire ya haɓaka a kan asalin PTM-48A, wanda zai iya sa ido na tsawon lokaci, ta atomatik, ƙimar photosynthesis na tsire-tsire, ƙimar tururi, yanayin ci gaban tsire-tsire, abubuwan muhalli, don haka samun cikakken bayani game da tsire-tsire.

Babban fasali

·Tsarin yana da 4 atomatik buɗewa ganye dakuna, za a iya samun CO2, H2O musayar kudi na ganye a cikin 20 seconds.

·Tsarin misali da 1 dijital tashar haɗi RTH-50 multi-aiki firikwensin (iya auna jimlar radiation, photosynthetic tasiri radiation, iska zafin jiki & zafi, dew maki zafin jiki, da dai sauransu).

·Ana haɓaka rukunin bincike zuwa ma'aunin tashar biyu, sabon PTM-50 ya auna lokaci ta hanyar mai bincike 1 na baya, wanda aka haɓaka zuwa masu bincike 2 masu zaman kansu, yana auna bambancin ma'auni na gas mai dangantaka da gas mai samfurin a ainihin lokacin, yana haɓaka juriya ga canjin yanayi na CO2, H2O, bayanai suna da ƙarin kwanciyar hankali da aminci.

·Zaɓi tsire-tsire physiological nuna alama saka idanu firikwensin watsa bayanai ta hanyar mara waya, firikwensin za a iya haɗa shi da PC da kansa, da kuma layout mafi sassauci.

·Za a iya sanya shi da chlorophyll fluorescence atomatik saka idanu module a lokaci guda don chlorophyll fluorescence real-lokaci saka idanu.

·Tsarin yana samar da sadarwa mara waya da cibiyar sadarwa ta hanyar 2.4GHz RF da 3G.

Tsarin tsarin PTM-50 a sama

Aikace-aikace

·Aikace-aikace a fannoni na bincike kamar tsire-tsire physiology, muhalli, aikin gona, lambu, amfanin gona, kayan aikin gona, aikin gona mai adana ruwa da sauransu

·Kwatanta bambancin iri daban-daban, iri daban-daban

·Kwatanta tasirin daban-daban magani, daban-daban shuka yanayi a kan shuka

·Nazarin photosynthesis shuka, steaming, girma iyakance abubuwa

·Nazarin tasirin muhallin girma a kan tsire-tsire da kuma amsawar tsire-tsire ga canje-canje na muhalli

A sama hoto domin hosts tare da zagaye leaf kamar hoto

Basic daidaitawa maki

·1 × PTM-50 tsarin na'urar sarrafawa

·1 × Power adafta

·1 × Baturi haɗin waya

·1 × RTH-50 Multi-aiki firikwensin

·4 × LC-10R ganye dakin, auna yankin 10 cm2

·4 × 4m Gas haɗin bututu

·2 × 1.5m bakin karfe bracket

·Zaɓi mara waya firikwensin

·Turanci Software

·Turanci bayanai

Technical nuna alama

·Hanyar aiki: Auto ci gaba da aunawa

·Leaf kamar samfurin lokaci: 20s

·CO2 ma'auni ka'ida: biyu tashar non-scattered infrared gas analyzer

·CO2 matattarar auna kewayon: 0-1000 ppm

·Rated auna kewayon CO2 musayar kudi: -70-70 μmolCO2 m-2 s-1

·H2O ma'auni ka'ida: Integrated iska zazzabi da kuma zafi firikwensin

·Shuka kamar iska gudun: 0.25L / min

·RTH-50 Multi-aiki firikwensin: zafin jiki -10 zuwa 60 ℃; dangi zafi: 3-100% RH; photosynthetic ingantaccen radiation: 0-2500μmolm-2s-1

·Ma'auni tsakanin: 5-120 mintuna Mai amfani da al'ada

·Kayan ajiya: 1,200 bayanai, za a iya adana kwanaki 25 lokacin da samfurin mita ne 30 minti

·Standard tsawon haɗin bututun: 4m 

·Wutar lantarki: 9 zuwa 24 Vdc

·Sadarwa: 2.4GHz RF da 3G sadarwa

·Kare muhalli matakin: IP55

·Zaɓuɓɓuka Kayan aiki Chamber & Sensors

1.LC-10R m leaf dakin: zagaye leaf dakin, yankin 10cm2, iska gudun 0.23 ± 0.05L / min

2.LC-10S m leaf dakin: rectangular leaf dakin, 13 × 77mm, 10cm2, iska gudun 0.23 ± 0.05L / min

3.MP110 chlorophyll fluorescence ta atomatik sa ido module, zai iya ta atomatik sa ido Ft, QY da sauran chlorophyll fluorescence sigogi

4.LT-1 ganye surface zafin jiki firikwensin: auna kewayon 0-50 ℃

5.LT-4 sansanin zafin jiki na ganye: 4 LT-1 masu auna firikwensin da aka haɗa don kimanta matsakaicin zafin jiki na ganye

6.LT-IRz infrared zazzabi firikwensin: kewayon 0-60 ℃, hangen nesa kewayon 5: 1

7.SF-4 tsire-tsire tsire kwarara firikwensin: max 10ml / h, dace da diamita 2-5mm tsire sanduna

8.SF-5 tsire-tsire tsire kwarara firikwensin: max 10ml / h, dace da diamita 4-10mm tsire sanduna

9.SD-5 canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin

10.SD-6 canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin

11.SD-10 canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin canjin

12.DE-1 Tsarin girma na firikwensin: tafiya 0 zuwa 10mm, dacewa da tsakiyar sama da diamita 6cm

13.FI-L Babban 'ya'yan itace girma firikwensin: kewayon 30 zuwa 160mm, dacewa da zagaye 'ya'yan itace

14.FI-M Matsakaicin girman 'ya'yan itace na girma: kewayon 15 zuwa 90mm don 'ya'yan itace masu zagaye

15.FI-S Mini 'ya'yan itace girma firikwensin: kewayon 7 zuwa 45mm don zagaye 'ya'yan itace

16.FI-XS Mini 'ya'yan itace girma firikwensin: tafiya 0 zuwa 10mm, dace da zagaye 'ya'yan itace da diamita na 4 zuwa 30mm

17.SA-20 tsire tsayi firikwensin: kewayon 0 zuwa 50cm

18.SMTE ƙasa zafi, zafi, wutar lantarki conductivity uku sigogi firikwensin: 0 zuwa 100% Vol.% WC; -40 zuwa 50 ° C; 0 zuwa 15 dS / m

19.PIR-1 photosynthetic ingantaccen radiation firikwensin: wavelength 400 zuwa 700nm, haske karfi 0 zuwa 2500μmolm-1s-1

20.TIR-4 Total radiation firikwensin: tsawon raƙuman ruwa 300 zuwa 3000nm, radiation 0 zuwa 1200W / m2

21.ST-21 Ƙasa zazzabi firikwensin: kewayon 0 zuwa 50 ° C

22.LWS-2 Blade zafi firikwensin: samar da alama siginar daidai da firikwensin farfajiyar zafi

Software dubawa da bayanai

Hoton da ke sama a dama yana nuna ci gaba da canje-canje na CO2 (CO2 CHANGE), tsawon kwarara (SAP FLOW), yawan tururi (VPD), da kuma hasken hasken hasken hasken hasken hasken hasken hasken hasken hasken hasken hasken hasken hasken hasken hasken hasken hasken hasken hasken hasken hasken hasken hasken hasken hasken hasken hasken hasken hasken hasken hasken hasken hasken

Aikace-aikace Case

Net CO2 uptake rates for Hylocereus undatus and Selenicereus megalanthus under field conditions: Drought influence and a novel method for analyzing temperature dependence, Ben –Asher. J. et al. 2006, Photosynthetica, 44(2): 181-186

Wannan binciken ya auna canje-canje a cikin yawan shan CO2 a yanayin zafin jiki (Hylocereus undatus, 'ya'yan itace-itace na Dragon Fire) da Selenicereus megalanthus kuma ya bincika canje-canje na physiological da biochemical.

Asalin

Turai

Zaɓin fasaha Scheme

1)Tsarin ma'auni na photosynthesis tare da chlorophyll fluorescence

2)Tsarin auna hoton photosynthesis tare da chlorophyll fluorescence tare da FluorCam

3)Za a iya yin nazarin canje-canje na lokaci da sararin samaniya tare da photosynthesis daga single blade zuwa composite coronary tare da high spectrum imaging

4)Optional tare da O2 auna unit

5)Optional tare da infrared thermal imaging unit don nazarin iska conductivity dynamics

6)Zaɓin PSI mai hankali LED haske Source

7)Zaɓi tare da FluorPen, SpectraPen, PlantPen da sauransu hannu shuka (ganye) auna kayan aiki, cikakken nazarin shuka ganye physiological muhalli

8)Zaɓi tare da ECODRONE ® An yi binciken binciken lokaci da sararin samaniya ta hanyar dandamali na drone tare da na'urori masu auna hoton zafi masu girma da infrared

Wasu nassoshi

1.Song宗河, Zheng文ZhZh & 张学昆. Ana nazarin manyan abubuwan da ke ciki da kuma kimantawa na halaye masu alaƙa da bushewa na cabbage. Kimiyyar Noma ta kasar Sin 44, 1775-1787 (2011).

2.李李李李李李李李李李李李李李李李李李李李李李李李李李李李李李李李李李李李李李李 李李李李李李李李李李李李李李李李李李李 Samfurin da hasashen CO2 musayar kudi tushen kwayoyin halitta bayyanar da tomato ganye shirye-shirye. Zhejiang 农业学报 28, 1616-1623 (2016).

3.Ton, Y. ADVANTAGES OF THE CONTINUOUS AROUND-THE-CLOCK MONITORING OF THE LEAF CO2 EXCHANGE IN PLANT RESEARCH AND IN CROP GROWING. 5

4.Jiang, Z. H., Zhang, J., Yang, C. H., Rao, Y. & Li, S. W. Comparison and Verification of Methods for Multivariate Statistical Analysis and Regression in Crop Modelling. in Proceedings of the 2015 International Conference on Electrical, Automation and Mechanical Engineering (Atlantis Press, 2015). doi:10.2991/eame-15.2015.163

5.Ben-Asher, J., Garcia y Garcia, A. & Hoogenboom, G. Effect of high temperature on photosynthesis and transpiration of sweet corn (Zea mays L. var. rugosa). Photosynthetica 46, 595–603 (2008).

6.Schmidt, U., Huber, C. & Rocksch, T. EVALUATION OF COMBINED APPLICATION OF FOG SYSTEM AND CO2 ENRICHMENT IN GREENHOUSES BY USING PHYTOMONITORING DATA. Acta Horticulturae 1301–1308 (2008).

7.Qian, T. et al. Influence of temperature and light gradient on leaf arrangement and geometry in cucumber canopies: Structural phenotyping analysis and modelling. Information Processing in Agriculture (2018). doi:10.1016/j.inpa.2018.11.002

8.Uwe Schmidt, Ingo Schuch, Dennis Dannehl, Thorsten Rocksch & Sonja Javernik. Micro climate control in greenhouses based on phytomonitoring data.pdf.

9.Turgeman, T. et al. Mycorrhizal association between the desert truffle Terfezia boudieri and Helianthemum sessiliflorum alters plant physiology and fitness to arid conditions. Mycorrhiza 21, 623–630 (2011).

10.Ben-Asher, J., Nobel, P. S., Yossov, E. & Mizrahi, Y. Net CO2 uptake rates for Hylocereus undatus and Selenicereus megalanthus under field conditions: Drought influence and a novel method for analyzing temperature dependence. Photosynthetica 44, 181–186 (2006).

11.Zhaohui, J., Jing, Z., Chunhe, Y., Yuan, R. & Shaowen, L. Performance of classic multiple factor analysis and model fitting in crop modeling. Biol Eng 9, 8

12.Ojha, T., Misra, S. & Raghuwanshi, N. S. Wireless sensor networks for agriculture: The state-of-the-art in practice and future challenges. Computers and Electronics in Agriculture 118, 66–84 (2015).