====== Grt-Hbl-Pl-Qtz: Kohn, Spear, 1989 <D> ======
 
=== Details ===

<WRAP center round info 60%>
This sensor from [[:about_tpf|TPF]] collection
</WRAP>

^ Article |  |
^ Collibration |  |
^ Precision |  |
^ Ranges |  |
^ Renew sensors |  |

<use:sensors.p.grt_hbl_pl_qtz_kohn_spear_1989_d>
<test:sensors.p.grt_hbl_pl_qtz_kohn_spear_1989_d>

<WRAP center round todo 60%>
  * <del>заголовок</del>
  * краткое описание
  * статья
  * ссылка
  * карточка
  * подробное описание
  * <del>код</del>
  * тест
</WRAP>

=== Source ===
<Code linenums lang-r>
source("utilities_tpf.r");

sensors.p.grt_hbl_pl_qtz_kohn_spear_1989_d <- function(Grt, Hbl, Pl, Qtz, Temp, ...){
T <- Temp;
    Pl <- tpf.recalc_minaral("PL",Pl);
    Grt <- tpf.recalc_minaral("GRT",Grt);
    Hbl <- tpf.recalc_minaral("HBL",Hbl);

    PG <- Grt$Mg_pfu / (Grt$Mg_pfu + Grt$Fe_p2_pfu + Grt$Fe_p3_pfu + Grt$Mn_pfu + Grt$Ca_pfu);
    AG <- (Grt$Fe_p2_pfu + Grt$Fe_p3_pfu) / (Grt$Fe_p2_pfu + Grt$Fe_p3_pfu + Grt$Mg_pfu + Grt$Mn_pfu + Grt$Ca_pfu);
    SG <- Grt$Mn_pfu / (Grt$Mg_pfu + Grt$Fe_p2_pfu + Grt$Fe_p3_pfu + Grt$Mn_pfu + Grt$Ca_pfu);
    GG <- Grt$Ca_pfu / (Grt$Mg_pfu + Grt$Fe_p2_pfu + Grt$Fe_p3_pfu + Grt$Mn_pfu + Grt$Ca_pfu);
    AN <- Pl$Ca_pfu / (Pl$Ca_pfu + Pl$Na_pfu + Pl$K_pfu);
    AB <- Pl$Na_pfu / (Pl$Ca_pfu + Pl$Na_pfu + Pl$K_pfu);
    FPRG1 <- 4 * Hbl$Al_c6_pfu / 2 * (2 - Hbl$Al_c6_pfu - Hbl$Ti_pfu - Hbl$Cr_pfu - Hbl$Fe_p3_pfu) * (Hbl$Fe_p2_pfu + Hbl$Fe_p3_pfu);
    FPRG2 <- (Hbl$Fe_p2_pfu + Hbl$Fe_p3_pfu + Hbl$Mg_pfu) * 2;
    FPRG3 <- (Hbl$Si_pfu + Hbl$Al_c4_pfu + Hbl$Al_c6_pfu + Hbl$Ti_pfu + Hbl$Cr_pfu + Hbl$Fe_p2_pfu + Hbl$Fe_p3_pfu + Hbl$Mn_pfu + Hbl$Mg_pfu + Hbl$Ca_pfu + Hbl$Na_pfu - 15);
    FTR1 <- (1 - (Hbl$Si_pfu + Hbl$Al_c4_pfu + Hbl$Al_c6_pfu + Hbl$Ti_pfu + Hbl$Cr_pfu + Hbl$Fe_p2_pfu + Hbl$Fe_p3_pfu + Hbl$Mn_pfu + Hbl$Mg_pfu + Hbl$Ca_pfu + Hbl$Na_pfu - 15) - Hbl$K_pfu);
    FTR2 <- ((2 - Hbl$Al_c6_pfu - Hbl$Ti_pfu - Hbl$Cr_pfu - Hbl$Fe_p3_pfu) * (Hbl$Fe_p2_pfu + Hbl$Fe_p3_pfu) / (Hbl$Fe_p2_pfu + Hbl$Fe_p3_pfu + Hbl$Mg_pfu) / 2)^2;
    MNN <- Hbl$Ca_pfu;
    MGG <- Hbl$Ti_pfu;
    NAH <- Hbl$Na_pfu;
    KH <- Hbl$K_pfu;
    ALH <- Hbl$Al_c4_pfu + Hbl$Al_c6_pfu;
    XH <- (Hbl$Fe_p3_pfu + Hbl$Fe_p2_pfu) / (Hbl$Fe_p2_pfu + Hbl$Fe_p3_pfu + Hbl$Mg_pfu);
    FPRG <- FPRG1 / FPRG2 * FPRG3;
    FTR <- FTR1 * FTR2;
    TT <- T + 273;
    AA <- (AG * exp((13800 - 6.28 * TT) * ( - PG * GG) / 8.314 / TT))^3;
    AGR <- (GG * exp((13800 - 6.28 * TT) * (PG^2 + AG * PG + PG * SG) / 8.314 / TT))^3;
    AAN <- AN * exp(610.34 / TT - 0.3837);
    K2 <- (AGR^2 * AA * FPRG^3) / (AAN^6 * AB^3 * FTR^3);
    if (XH<0.7) {
    P <- ( - 4948 + TT * (81.8 + 8.314 * log(K2))) / 9520;
    warning("FE-EQUIVALENT OF BAROMETRY, HBL ACTIVITY- MODEL 2");
    }
    if (XH>0.7) {
    warning(" ONLY FOR FE/(FE+MG) IN HBL <0.7");
    }
    if (XH<0.4) {
    warning(" ONLY FOR FE/(FE+MG) IN HBL >0.4");
    }
    if (KH>0.4001) {
    warning(" ONLY FOR K IN HBL <0.4");
    }
    if (NAH>0.6001) {
    warning(" ONLY FOR NA IN HBL <0.6");
    }
    if (NAH<0.2999) {
    warning(" ONLY FOR NA IN HBL >0.3");
    }
    if (ALH>3.75001) {
    warning(" ONLY FOR AL IN HBL <3.75");
    }
    if (ALH<1.8999) {
    warning(" ONLY FOR AL IN HBL >1.9");
    }
    if (MGG>0.274) {
    warning(" ONLY FOR TI IN HBL <0.275");
    }
    if (MNN<1.499) {
    warning(" ONLY FOR CA IN HBL >1.5");
    }
    if (AN>0.75) {
    warning(" ONLY FOR CA/(CA+NA+K) IN PL <0.75");
    }
    if (AN<0.15) {
    warning(" ONLY FOR CA/(CA+NA+K) IN PL >0.15");
    }
    if (SG>0.15) {
    warning(" ONLY FOR MN/(CA+FE+MG+MN) IN GRT <0.15");
    }
    return(data.frame(Name=paste0(Pl$Name,"-", Hbl$Name,"-", Grt$Name),Temp=Temp,P_calc=P));
}

sensors.p.grt_hbl_pl_qtz_kohn_spear_1989_d.args <- function(){
    ars <- list();
    ars$minerals <- c("Grt", "Hbl", "Pl", "Qtz");
    ars$ranges <- c("Temp");
    return(ars);
}

#sensors.p.grt_hbl_pl_qtz_kohn_spear_1989_d.test <- function(){
#
#}
</Code>

{{tag> tpf Pl Hbl Grt }}