e. KarbonatAsam karbonat mudah teru

e. Karbonat
Asam karbonat mudah terurai menjadi NH3 dan CO2. Turunannya, IPC dan EPTC, stabil. Karbonat menekan pembelahan sel. Karbonat dapat membunuh tumbuhan monocotyl (berkeping satu) dan tidak berpengaruh pada yang berkeping dua. Seperti kebalikan dari pada 2, 4 –D nampaknya.
Karbonat lebih berhasil bila masuk lewat akar. Untuk ketahanannya terhadap penguraian oleh mikroba ditaruh ATM khlor pada molekulnya. Chloroplasma berhasil membunuh rumput-rumput yang tahan terhadap propham. dosisnya 2 -9 kg/ha untuk membunuh rumput yang masih kecil. Di kebun kacang.

Results (English) 1:

e. CarbonateCarbonic acid readily decomposes to NH3 and CO2. IPC and its derivatives, EPTC, stable. Carbonate suppress cell division. Carbonate can kill plants monocotyl (blown one) and have no effect on that blown in half. As opposed to the 2, 4-D appears to be. Carbonate is more successful when entered via the roots. For resilience against decomposition by microbial molecular khlor ATM is placed on. Chloroplasma managed to kill the grass that are resistant to propham. the overdose 2-9 kg/ha to kill grass that is still small. In the garden pea.

Results (English) 2:

e. Carbonate
carbonic acid is decomposed into NH3 and CO2. Derivatives, IPC and EPTC, stable. Carbonate suppress cell division. Carbonate can kill plants monocotyl (dashed one) and no effect on the two into pieces. As the inverse of the 2, 4-D seems.
Carbonate more successful when entering through the roots. For resistance to decomposition by microbes ATM put chlorine in the molecule. Chloroplasma managed to kill weeds that are resistant to propham. dose 2 -9 kg / ha to kill the grass is still small. In the garden pea.