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[INST] Extract only the quantitative values related to superalloy characteristics from the provided research paper text. The calculation also predicted a solvus temperature for M23C6 carbide at 780°C and a weight fraction of 0.01 ( 1% ) , which did not vary much with temperature ( at ≤780°C ) ( fig 1 ) . [/INST] M23C6 ... |
[INST] From the provided research paper, identify and extract all numeric data pertaining to superalloy properties. The calculation also predicted a solvus temperature for M23C6 carbide at 780°C and a weight fraction of 0.01 ( 1% ) , which did not vary much with temperature ( at ≤780°C ) ( fig 1 ) . [/INST] M23C6 Carbi... |
[INST] Retrieve only the numerical values associated with superalloy characteristics from the text of the given research paper. The calculation also predicted a solvus temperature for M23C6 carbide at 780°C and a weight fraction of 0.01 ( 1% ) , which did not vary much with temperature ( at ≤780°C ) ( fig 1 ) . [/INST]... |
[INST] Pull all quantitative figures specifically related to superalloy properties from the provided text. The calculation also predicted a solvus temperature for M23C6 carbide at 780°C and a weight fraction of 0.01 ( 1% ) , which did not vary much with temperature ( at ≤780°C ) ( fig 1 ) . [/INST] M23C6 Carbide: Predi... |
[INST] Identify all quantitative data linked to superalloy characteristics in the provided research paper's text. The calculation also predicted a solvus temperature for M23C6 carbide at 780°C and a weight fraction of 0.01 ( 1% ) , which did not vary much with temperature ( at ≤780°C ) ( fig 1 ) . [/INST] M23C6 Carbide... |
[INST] From the text of the given research paper, extract all numbers that represent characteristics of superalloys. The calculation also predicted a solvus temperature for M23C6 carbide at 780°C and a weight fraction of 0.01 ( 1% ) , which did not vary much with temperature ( at ≤780°C ) ( fig 1 ) . [/INST] M23C6 Carb... |
[INST] Gather all numeric data from the research paper that pertains specifically to superalloy properties. The calculation also predicted a solvus temperature for M23C6 carbide at 780°C and a weight fraction of 0.01 ( 1% ) , which did not vary much with temperature ( at ≤780°C ) ( fig 1 ) . [/INST] M23C6 Carbide: Pred... |
[INST] From the specified research paper, extract all quantitative values that describe superalloy characteristics. The calculation also predicted a solvus temperature for M23C6 carbide at 780°C and a weight fraction of 0.01 ( 1% ) , which did not vary much with temperature ( at ≤780°C ) ( fig 1 ) . [/INST] M23C6 Carbi... |
[INST] Harvest all numerical values relating to superalloy properties from the text of the provided research paper. The calculation also predicted a solvus temperature for M23C6 carbide at 780°C and a weight fraction of 0.01 ( 1% ) , which did not vary much with temperature ( at ≤780°C ) ( fig 1 ) . [/INST] M23C6 Carbi... |
[INST] Extract every numeric value found in the research paper text that relates to characteristics of superalloys. The calculation also predicted a solvus temperature for M23C6 carbide at 780°C and a weight fraction of 0.01 ( 1% ) , which did not vary much with temperature ( at ≤780°C ) ( fig 1 ) . [/INST] M23C6 Carbi... |
[INST] Extract only the quantitative values related to superalloy characteristics from the provided research paper text. The calculated solvus temperature for M23C6 is 780°C , which is in good agreement with experimental observation [/INST] M23C6 Carbide: Calculated solvus temperature is 780°C, consistent with experim... |
[INST] From the provided research paper, identify and extract all numeric data pertaining to superalloy properties. The calculated solvus temperature for M23C6 is 780°C , which is in good agreement with experimental observation [/INST] M23C6 Carbide: Calculated solvus temperature is 780°C, consistent with experimental... |
[INST] Retrieve only the numerical values associated with superalloy characteristics from the text of the given research paper. The calculated solvus temperature for M23C6 is 780°C , which is in good agreement with experimental observation [/INST] M23C6 Carbide: Calculated solvus temperature is 780°C, consistent with ... |
[INST] Pull all quantitative figures specifically related to superalloy properties from the provided text. The calculated solvus temperature for M23C6 is 780°C , which is in good agreement with experimental observation [/INST] M23C6 Carbide: Calculated solvus temperature is 780°C, consistent with experimental observat... |
[INST] Identify all quantitative data linked to superalloy characteristics in the provided research paper's text. The calculated solvus temperature for M23C6 is 780°C , which is in good agreement with experimental observation [/INST] M23C6 Carbide: Calculated solvus temperature is 780°C, consistent with experimental o... |
[INST] From the text of the given research paper, extract all numbers that represent characteristics of superalloys. The calculated solvus temperature for M23C6 is 780°C , which is in good agreement with experimental observation [/INST] M23C6 Carbide: Calculated solvus temperature is 780°C, consistent with experimenta... |
[INST] Gather all numeric data from the research paper that pertains specifically to superalloy properties. The calculated solvus temperature for M23C6 is 780°C , which is in good agreement with experimental observation [/INST] M23C6 Carbide: Calculated solvus temperature is 780°C, consistent with experimental observa... |
[INST] From the specified research paper, extract all quantitative values that describe superalloy characteristics. The calculated solvus temperature for M23C6 is 780°C , which is in good agreement with experimental observation [/INST] M23C6 Carbide: Calculated solvus temperature is 780°C, consistent with experimental... |
[INST] Harvest all numerical values relating to superalloy properties from the text of the provided research paper. The calculated solvus temperature for M23C6 is 780°C , which is in good agreement with experimental observation [/INST] M23C6 Carbide: Calculated solvus temperature is 780°C, consistent with experimental... |
[INST] Extract every numeric value found in the research paper text that relates to characteristics of superalloys. The calculated solvus temperature for M23C6 is 780°C , which is in good agreement with experimental observation [/INST] M23C6 Carbide: Calculated solvus temperature is 780°C, consistent with experimental... |
[INST] Extract only the quantitative values related to superalloy characteristics from the provided research paper text. Furthermore , Co-Ti-based superalloys have a positive γ/γ ' lattice misfit , which indicates an enhanced coherency between the precipitates and matrix at elevated temperatures [ 9 ] ; however , they ... |
[INST] From the provided research paper, identify and extract all numeric data pertaining to superalloy properties. Furthermore , Co-Ti-based superalloys have a positive γ/γ ' lattice misfit , which indicates an enhanced coherency between the precipitates and matrix at elevated temperatures [ 9 ] ; however , they have ... |
[INST] Retrieve only the numerical values associated with superalloy characteristics from the text of the given research paper. Furthermore , Co-Ti-based superalloys have a positive γ/γ ' lattice misfit , which indicates an enhanced coherency between the precipitates and matrix at elevated temperatures [ 9 ] ; however ... |
[INST] Pull all quantitative figures specifically related to superalloy properties from the provided text. Furthermore , Co-Ti-based superalloys have a positive γ/γ ' lattice misfit , which indicates an enhanced coherency between the precipitates and matrix at elevated temperatures [ 9 ] ; however , they have a low γ '... |
[INST] Identify all quantitative data linked to superalloy characteristics in the provided research paper's text. Furthermore , Co-Ti-based superalloys have a positive γ/γ ' lattice misfit , which indicates an enhanced coherency between the precipitates and matrix at elevated temperatures [ 9 ] ; however , they have a ... |
[INST] From the text of the given research paper, extract all numbers that represent characteristics of superalloys. Furthermore , Co-Ti-based superalloys have a positive γ/γ ' lattice misfit , which indicates an enhanced coherency between the precipitates and matrix at elevated temperatures [ 9 ] ; however , they have... |
[INST] Gather all numeric data from the research paper that pertains specifically to superalloy properties. Furthermore , Co-Ti-based superalloys have a positive γ/γ ' lattice misfit , which indicates an enhanced coherency between the precipitates and matrix at elevated temperatures [ 9 ] ; however , they have a low γ ... |
[INST] From the specified research paper, extract all quantitative values that describe superalloy characteristics. Furthermore , Co-Ti-based superalloys have a positive γ/γ ' lattice misfit , which indicates an enhanced coherency between the precipitates and matrix at elevated temperatures [ 9 ] ; however , they have ... |
[INST] Harvest all numerical values relating to superalloy properties from the text of the provided research paper. Furthermore , Co-Ti-based superalloys have a positive γ/γ ' lattice misfit , which indicates an enhanced coherency between the precipitates and matrix at elevated temperatures [ 9 ] ; however , they have ... |
[INST] Extract every numeric value found in the research paper text that relates to characteristics of superalloys. Furthermore , Co-Ti-based superalloys have a positive γ/γ ' lattice misfit , which indicates an enhanced coherency between the precipitates and matrix at elevated temperatures [ 9 ] ; however , they have ... |
[INST] Extract only the quantitative values related to superalloy characteristics from the provided research paper text. By contrast , Ni-Al superalloys have a wide γ/γ ' two-phase region range [ 10 ] with a high γ ' solvus temperature ( ＞1200°C ) [ 11 ] but a negative lattice misfit [ 12 ] , resulting in a larger mism... |
[INST] From the provided research paper, identify and extract all numeric data pertaining to superalloy properties. By contrast , Ni-Al superalloys have a wide γ/γ ' two-phase region range [ 10 ] with a high γ ' solvus temperature ( ＞1200°C ) [ 11 ] but a negative lattice misfit [ 12 ] , resulting in a larger mismatch ... |
[INST] Retrieve only the numerical values associated with superalloy characteristics from the text of the given research paper. By contrast , Ni-Al superalloys have a wide γ/γ ' two-phase region range [ 10 ] with a high γ ' solvus temperature ( ＞1200°C ) [ 11 ] but a negative lattice misfit [ 12 ] , resulting in a larg... |
[INST] Pull all quantitative figures specifically related to superalloy properties from the provided text. By contrast , Ni-Al superalloys have a wide γ/γ ' two-phase region range [ 10 ] with a high γ ' solvus temperature ( ＞1200°C ) [ 11 ] but a negative lattice misfit [ 12 ] , resulting in a larger mismatch at high t... |
[INST] Identify all quantitative data linked to superalloy characteristics in the provided research paper's text. By contrast , Ni-Al superalloys have a wide γ/γ ' two-phase region range [ 10 ] with a high γ ' solvus temperature ( ＞1200°C ) [ 11 ] but a negative lattice misfit [ 12 ] , resulting in a larger mismatch at... |
[INST] From the text of the given research paper, extract all numbers that represent characteristics of superalloys. By contrast , Ni-Al superalloys have a wide γ/γ ' two-phase region range [ 10 ] with a high γ ' solvus temperature ( ＞1200°C ) [ 11 ] but a negative lattice misfit [ 12 ] , resulting in a larger mismatch... |
[INST] Gather all numeric data from the research paper that pertains specifically to superalloy properties. By contrast , Ni-Al superalloys have a wide γ/γ ' two-phase region range [ 10 ] with a high γ ' solvus temperature ( ＞1200°C ) [ 11 ] but a negative lattice misfit [ 12 ] , resulting in a larger mismatch at high ... |
[INST] From the specified research paper, extract all quantitative values that describe superalloy characteristics. By contrast , Ni-Al superalloys have a wide γ/γ ' two-phase region range [ 10 ] with a high γ ' solvus temperature ( ＞1200°C ) [ 11 ] but a negative lattice misfit [ 12 ] , resulting in a larger mismatch ... |
[INST] Harvest all numerical values relating to superalloy properties from the text of the provided research paper. By contrast , Ni-Al superalloys have a wide γ/γ ' two-phase region range [ 10 ] with a high γ ' solvus temperature ( ＞1200°C ) [ 11 ] but a negative lattice misfit [ 12 ] , resulting in a larger mismatch ... |
[INST] Extract every numeric value found in the research paper text that relates to characteristics of superalloys. By contrast , Ni-Al superalloys have a wide γ/γ ' two-phase region range [ 10 ] with a high γ ' solvus temperature ( ＞1200°C ) [ 11 ] but a negative lattice misfit [ 12 ] , resulting in a larger mismatch ... |
[INST] Extract only the quantitative values related to superalloy characteristics from the provided research paper text. Despite their efforts , the γ ' solvus temperature of the abovementioned Co-Ni-based superalloys was up to ∼1150°C . [/INST] Co-Ni-based Superalloys: γ' solvus temperature was approximately 1150°C. |
[INST] From the provided research paper, identify and extract all numeric data pertaining to superalloy properties. Despite their efforts , the γ ' solvus temperature of the abovementioned Co-Ni-based superalloys was up to ∼1150°C . [/INST] Co-Ni-based Superalloys: γ' solvus temperature was approximately 1150°C. |
[INST] Retrieve only the numerical values associated with superalloy characteristics from the text of the given research paper. Despite their efforts , the γ ' solvus temperature of the abovementioned Co-Ni-based superalloys was up to ∼1150°C . [/INST] Co-Ni-based Superalloys: γ' solvus temperature was approximately 11... |
[INST] Pull all quantitative figures specifically related to superalloy properties from the provided text. Despite their efforts , the γ ' solvus temperature of the abovementioned Co-Ni-based superalloys was up to ∼1150°C . [/INST] Co-Ni-based Superalloys: γ' solvus temperature was approximately 1150°C. |
[INST] Identify all quantitative data linked to superalloy characteristics in the provided research paper's text. Despite their efforts , the γ ' solvus temperature of the abovementioned Co-Ni-based superalloys was up to ∼1150°C . [/INST] Co-Ni-based Superalloys: γ' solvus temperature was approximately 1150°C. |
[INST] From the text of the given research paper, extract all numbers that represent characteristics of superalloys. Despite their efforts , the γ ' solvus temperature of the abovementioned Co-Ni-based superalloys was up to ∼1150°C . [/INST] Co-Ni-based Superalloys: γ' solvus temperature was approximately 1150°C. |
[INST] Gather all numeric data from the research paper that pertains specifically to superalloy properties. Despite their efforts , the γ ' solvus temperature of the abovementioned Co-Ni-based superalloys was up to ∼1150°C . [/INST] Co-Ni-based Superalloys: γ' solvus temperature was approximately 1150°C. |
[INST] From the specified research paper, extract all quantitative values that describe superalloy characteristics. Despite their efforts , the γ ' solvus temperature of the abovementioned Co-Ni-based superalloys was up to ∼1150°C . [/INST] Co-Ni-based Superalloys: γ' solvus temperature was approximately 1150°C. |
[INST] Harvest all numerical values relating to superalloy properties from the text of the provided research paper. Despite their efforts , the γ ' solvus temperature of the abovementioned Co-Ni-based superalloys was up to ∼1150°C . [/INST] Co-Ni-based Superalloys: γ' solvus temperature was approximately 1150°C. |
[INST] Extract every numeric value found in the research paper text that relates to characteristics of superalloys. Despite their efforts , the γ ' solvus temperature of the abovementioned Co-Ni-based superalloys was up to ∼1150°C . [/INST] Co-Ni-based Superalloys: γ' solvus temperature was approximately 1150°C. |
[INST] Extract only the quantitative values related to superalloy characteristics from the provided research paper text. Co-Ni-Al-Ta [ 22 ] , Co-Ni-Al-W [ 10 ] , Co-Ni-Al-Ti-W-Ta- ( B ) [ 23-25 ] , Co-Ni-Al-Ti-Ta-W-Cr [ 26 ] , Co-Ni-Al-V-Ta-Ti [ 27 ] , and Co-Ni-Al-Ti-W-Ta-Cr-Mo [ 28 ] superalloys revealed a very high ... |
[INST] From the provided research paper, identify and extract all numeric data pertaining to superalloy properties. Co-Ni-Al-Ta [ 22 ] , Co-Ni-Al-W [ 10 ] , Co-Ni-Al-Ti-W-Ta- ( B ) [ 23-25 ] , Co-Ni-Al-Ti-Ta-W-Cr [ 26 ] , Co-Ni-Al-V-Ta-Ti [ 27 ] , and Co-Ni-Al-Ti-W-Ta-Cr-Mo [ 28 ] superalloys revealed a very high γ ' s... |
[INST] Retrieve only the numerical values associated with superalloy characteristics from the text of the given research paper. Co-Ni-Al-Ta [ 22 ] , Co-Ni-Al-W [ 10 ] , Co-Ni-Al-Ti-W-Ta- ( B ) [ 23-25 ] , Co-Ni-Al-Ti-Ta-W-Cr [ 26 ] , Co-Ni-Al-V-Ta-Ti [ 27 ] , and Co-Ni-Al-Ti-W-Ta-Cr-Mo [ 28 ] superalloys revealed a ver... |
[INST] Pull all quantitative figures specifically related to superalloy properties from the provided text. Co-Ni-Al-Ta [ 22 ] , Co-Ni-Al-W [ 10 ] , Co-Ni-Al-Ti-W-Ta- ( B ) [ 23-25 ] , Co-Ni-Al-Ti-Ta-W-Cr [ 26 ] , Co-Ni-Al-V-Ta-Ti [ 27 ] , and Co-Ni-Al-Ti-W-Ta-Cr-Mo [ 28 ] superalloys revealed a very high γ ' solvus tem... |
[INST] Identify all quantitative data linked to superalloy characteristics in the provided research paper's text. Co-Ni-Al-Ta [ 22 ] , Co-Ni-Al-W [ 10 ] , Co-Ni-Al-Ti-W-Ta- ( B ) [ 23-25 ] , Co-Ni-Al-Ti-Ta-W-Cr [ 26 ] , Co-Ni-Al-V-Ta-Ti [ 27 ] , and Co-Ni-Al-Ti-W-Ta-Cr-Mo [ 28 ] superalloys revealed a very high γ ' sol... |
[INST] From the text of the given research paper, extract all numbers that represent characteristics of superalloys. Co-Ni-Al-Ta [ 22 ] , Co-Ni-Al-W [ 10 ] , Co-Ni-Al-Ti-W-Ta- ( B ) [ 23-25 ] , Co-Ni-Al-Ti-Ta-W-Cr [ 26 ] , Co-Ni-Al-V-Ta-Ti [ 27 ] , and Co-Ni-Al-Ti-W-Ta-Cr-Mo [ 28 ] superalloys revealed a very high γ ' ... |
[INST] Gather all numeric data from the research paper that pertains specifically to superalloy properties. Co-Ni-Al-Ta [ 22 ] , Co-Ni-Al-W [ 10 ] , Co-Ni-Al-Ti-W-Ta- ( B ) [ 23-25 ] , Co-Ni-Al-Ti-Ta-W-Cr [ 26 ] , Co-Ni-Al-V-Ta-Ti [ 27 ] , and Co-Ni-Al-Ti-W-Ta-Cr-Mo [ 28 ] superalloys revealed a very high γ ' solvus te... |
[INST] From the specified research paper, extract all quantitative values that describe superalloy characteristics. Co-Ni-Al-Ta [ 22 ] , Co-Ni-Al-W [ 10 ] , Co-Ni-Al-Ti-W-Ta- ( B ) [ 23-25 ] , Co-Ni-Al-Ti-Ta-W-Cr [ 26 ] , Co-Ni-Al-V-Ta-Ti [ 27 ] , and Co-Ni-Al-Ti-W-Ta-Cr-Mo [ 28 ] superalloys revealed a very high γ ' s... |
[INST] Harvest all numerical values relating to superalloy properties from the text of the provided research paper. Co-Ni-Al-Ta [ 22 ] , Co-Ni-Al-W [ 10 ] , Co-Ni-Al-Ti-W-Ta- ( B ) [ 23-25 ] , Co-Ni-Al-Ti-Ta-W-Cr [ 26 ] , Co-Ni-Al-V-Ta-Ti [ 27 ] , and Co-Ni-Al-Ti-W-Ta-Cr-Mo [ 28 ] superalloys revealed a very high γ ' s... |
[INST] Extract every numeric value found in the research paper text that relates to characteristics of superalloys. Co-Ni-Al-Ta [ 22 ] , Co-Ni-Al-W [ 10 ] , Co-Ni-Al-Ti-W-Ta- ( B ) [ 23-25 ] , Co-Ni-Al-Ti-Ta-W-Cr [ 26 ] , Co-Ni-Al-V-Ta-Ti [ 27 ] , and Co-Ni-Al-Ti-W-Ta-Cr-Mo [ 28 ] superalloys revealed a very high γ ' s... |
[INST] Extract only the quantitative values related to superalloy characteristics from the provided research paper text. 2.3 Casting After screening , the superalloy denoted as AM_33 and exhibiting a γ/γ ' microstructure and γ ' solvus temperature of 1202°C was selected . [/INST] AM_33 Superalloy: Exhibits a γ/γ' micro... |
[INST] From the provided research paper, identify and extract all numeric data pertaining to superalloy properties. 2.3 Casting After screening , the superalloy denoted as AM_33 and exhibiting a γ/γ ' microstructure and γ ' solvus temperature of 1202°C was selected . [/INST] AM_33 Superalloy: Exhibits a γ/γ' microstruc... |
[INST] Retrieve only the numerical values associated with superalloy characteristics from the text of the given research paper. 2.3 Casting After screening , the superalloy denoted as AM_33 and exhibiting a γ/γ ' microstructure and γ ' solvus temperature of 1202°C was selected . [/INST] AM_33 Superalloy: Exhibits a γ/γ... |
[INST] Pull all quantitative figures specifically related to superalloy properties from the provided text. 2.3 Casting After screening , the superalloy denoted as AM_33 and exhibiting a γ/γ ' microstructure and γ ' solvus temperature of 1202°C was selected . [/INST] AM_33 Superalloy: Exhibits a γ/γ' microstructure with... |
[INST] Identify all quantitative data linked to superalloy characteristics in the provided research paper's text. 2.3 Casting After screening , the superalloy denoted as AM_33 and exhibiting a γ/γ ' microstructure and γ ' solvus temperature of 1202°C was selected . [/INST] AM_33 Superalloy: Exhibits a γ/γ' microstructu... |
[INST] From the text of the given research paper, extract all numbers that represent characteristics of superalloys. 2.3 Casting After screening , the superalloy denoted as AM_33 and exhibiting a γ/γ ' microstructure and γ ' solvus temperature of 1202°C was selected . [/INST] AM_33 Superalloy: Exhibits a γ/γ' microstru... |
[INST] Gather all numeric data from the research paper that pertains specifically to superalloy properties. 2.3 Casting After screening , the superalloy denoted as AM_33 and exhibiting a γ/γ ' microstructure and γ ' solvus temperature of 1202°C was selected . [/INST] AM_33 Superalloy: Exhibits a γ/γ' microstructure wit... |
[INST] From the specified research paper, extract all quantitative values that describe superalloy characteristics. 2.3 Casting After screening , the superalloy denoted as AM_33 and exhibiting a γ/γ ' microstructure and γ ' solvus temperature of 1202°C was selected . [/INST] AM_33 Superalloy: Exhibits a γ/γ' microstruc... |
[INST] Harvest all numerical values relating to superalloy properties from the text of the provided research paper. 2.3 Casting After screening , the superalloy denoted as AM_33 and exhibiting a γ/γ ' microstructure and γ ' solvus temperature of 1202°C was selected . [/INST] AM_33 Superalloy: Exhibits a γ/γ' microstruc... |
[INST] Extract every numeric value found in the research paper text that relates to characteristics of superalloys. 2.3 Casting After screening , the superalloy denoted as AM_33 and exhibiting a γ/γ ' microstructure and γ ' solvus temperature of 1202°C was selected . [/INST] AM_33 Superalloy: Exhibits a γ/γ' microstruc... |
[INST] Extract only the quantitative values related to superalloy characteristics from the provided research paper text. Furthermore , the measured γ ' solvus temperature ( fig 2 ( f ) ) of the AM_33 superalloy was 1202°C , which is comparable to that of the commercially available Ni-based superalloy Mar-M-247 ( 1225°C... |
[INST] From the provided research paper, identify and extract all numeric data pertaining to superalloy properties. Furthermore , the measured γ ' solvus temperature ( fig 2 ( f ) ) of the AM_33 superalloy was 1202°C , which is comparable to that of the commercially available Ni-based superalloy Mar-M-247 ( 1225°C ) [ ... |
[INST] Retrieve only the numerical values associated with superalloy characteristics from the text of the given research paper. Furthermore , the measured γ ' solvus temperature ( fig 2 ( f ) ) of the AM_33 superalloy was 1202°C , which is comparable to that of the commercially available Ni-based superalloy Mar-M-247 (... |
[INST] Pull all quantitative figures specifically related to superalloy properties from the provided text. Furthermore , the measured γ ' solvus temperature ( fig 2 ( f ) ) of the AM_33 superalloy was 1202°C , which is comparable to that of the commercially available Ni-based superalloy Mar-M-247 ( 1225°C ) [ 44 ] . [/... |
[INST] Identify all quantitative data linked to superalloy characteristics in the provided research paper's text. Furthermore , the measured γ ' solvus temperature ( fig 2 ( f ) ) of the AM_33 superalloy was 1202°C , which is comparable to that of the commercially available Ni-based superalloy Mar-M-247 ( 1225°C ) [ 44... |
[INST] From the text of the given research paper, extract all numbers that represent characteristics of superalloys. Furthermore , the measured γ ' solvus temperature ( fig 2 ( f ) ) of the AM_33 superalloy was 1202°C , which is comparable to that of the commercially available Ni-based superalloy Mar-M-247 ( 1225°C ) [... |
[INST] Gather all numeric data from the research paper that pertains specifically to superalloy properties. Furthermore , the measured γ ' solvus temperature ( fig 2 ( f ) ) of the AM_33 superalloy was 1202°C , which is comparable to that of the commercially available Ni-based superalloy Mar-M-247 ( 1225°C ) [ 44 ] . [... |
[INST] From the specified research paper, extract all quantitative values that describe superalloy characteristics. Furthermore , the measured γ ' solvus temperature ( fig 2 ( f ) ) of the AM_33 superalloy was 1202°C , which is comparable to that of the commercially available Ni-based superalloy Mar-M-247 ( 1225°C ) [ ... |
[INST] Harvest all numerical values relating to superalloy properties from the text of the provided research paper. Furthermore , the measured γ ' solvus temperature ( fig 2 ( f ) ) of the AM_33 superalloy was 1202°C , which is comparable to that of the commercially available Ni-based superalloy Mar-M-247 ( 1225°C ) [ ... |
[INST] Extract every numeric value found in the research paper text that relates to characteristics of superalloys. Furthermore , the measured γ ' solvus temperature ( fig 2 ( f ) ) of the AM_33 superalloy was 1202°C , which is comparable to that of the commercially available Ni-based superalloy Mar-M-247 ( 1225°C ) [ ... |
[INST] Extract only the quantitative values related to superalloy characteristics from the provided research paper text. Moreover , the measured γ ' solvus temperature ( 1196°C , fig 3 ( d ) ) of the Cast_33 superalloy was similar to that of the AM_33 superalloy , as well . [/INST] Cast_33 Superalloy: Demonstrated a hi... |
[INST] From the provided research paper, identify and extract all numeric data pertaining to superalloy properties. Moreover , the measured γ ' solvus temperature ( 1196°C , fig 3 ( d ) ) of the Cast_33 superalloy was similar to that of the AM_33 superalloy , as well . [/INST] Cast_33 Superalloy: Demonstrated a higher ... |
[INST] Retrieve only the numerical values associated with superalloy characteristics from the text of the given research paper. Moreover , the measured γ ' solvus temperature ( 1196°C , fig 3 ( d ) ) of the Cast_33 superalloy was similar to that of the AM_33 superalloy , as well . [/INST] Cast_33 Superalloy: Demonstrat... |
[INST] Pull all quantitative figures specifically related to superalloy properties from the provided text. Moreover , the measured γ ' solvus temperature ( 1196°C , fig 3 ( d ) ) of the Cast_33 superalloy was similar to that of the AM_33 superalloy , as well . [/INST] Cast_33 Superalloy: Demonstrated a higher γ' solvus... |
[INST] Identify all quantitative data linked to superalloy characteristics in the provided research paper's text. Moreover , the measured γ ' solvus temperature ( 1196°C , fig 3 ( d ) ) of the Cast_33 superalloy was similar to that of the AM_33 superalloy , as well . [/INST] Cast_33 Superalloy: Demonstrated a higher γ'... |
[INST] From the text of the given research paper, extract all numbers that represent characteristics of superalloys. Moreover , the measured γ ' solvus temperature ( 1196°C , fig 3 ( d ) ) of the Cast_33 superalloy was similar to that of the AM_33 superalloy , as well . [/INST] Cast_33 Superalloy: Demonstrated a higher... |
[INST] Gather all numeric data from the research paper that pertains specifically to superalloy properties. Moreover , the measured γ ' solvus temperature ( 1196°C , fig 3 ( d ) ) of the Cast_33 superalloy was similar to that of the AM_33 superalloy , as well . [/INST] Cast_33 Superalloy: Demonstrated a higher γ' solvu... |
[INST] From the specified research paper, extract all quantitative values that describe superalloy characteristics. Moreover , the measured γ ' solvus temperature ( 1196°C , fig 3 ( d ) ) of the Cast_33 superalloy was similar to that of the AM_33 superalloy , as well . [/INST] Cast_33 Superalloy: Demonstrated a higher ... |
[INST] Harvest all numerical values relating to superalloy properties from the text of the provided research paper. Moreover , the measured γ ' solvus temperature ( 1196°C , fig 3 ( d ) ) of the Cast_33 superalloy was similar to that of the AM_33 superalloy , as well . [/INST] Cast_33 Superalloy: Demonstrated a higher ... |
[INST] Extract every numeric value found in the research paper text that relates to characteristics of superalloys. Moreover , the measured γ ' solvus temperature ( 1196°C , fig 3 ( d ) ) of the Cast_33 superalloy was similar to that of the AM_33 superalloy , as well . [/INST] Cast_33 Superalloy: Demonstrated a higher ... |
[INST] Extract only the quantitative values related to superalloy characteristics from the provided research paper text. As shown in fig 10 ( a ) , the Cast_33 superalloy showed a higher γ ' solvus temperature ( 1196°C ) compared to the Co-30Ni-12Al-4Ta-12Cr ( 1152°C ) , Co-30Ni-10Al-10Cr-5Mo-2Ta ( 1038°C ) , Co-30Ni-1... |
[INST] From the provided research paper, identify and extract all numeric data pertaining to superalloy properties. As shown in fig 10 ( a ) , the Cast_33 superalloy showed a higher γ ' solvus temperature ( 1196°C ) compared to the Co-30Ni-12Al-4Ta-12Cr ( 1152°C ) , Co-30Ni-10Al-10Cr-5Mo-2Ta ( 1038°C ) , Co-30Ni-10Al-5... |
[INST] Retrieve only the numerical values associated with superalloy characteristics from the text of the given research paper. As shown in fig 10 ( a ) , the Cast_33 superalloy showed a higher γ ' solvus temperature ( 1196°C ) compared to the Co-30Ni-12Al-4Ta-12Cr ( 1152°C ) , Co-30Ni-10Al-10Cr-5Mo-2Ta ( 1038°C ) , Co... |
[INST] Pull all quantitative figures specifically related to superalloy properties from the provided text. As shown in fig 10 ( a ) , the Cast_33 superalloy showed a higher γ ' solvus temperature ( 1196°C ) compared to the Co-30Ni-12Al-4Ta-12Cr ( 1152°C ) , Co-30Ni-10Al-10Cr-5Mo-2Ta ( 1038°C ) , Co-30Ni-10Al-5Mo-2Nb ( ... |
[INST] Identify all quantitative data linked to superalloy characteristics in the provided research paper's text. As shown in fig 10 ( a ) , the Cast_33 superalloy showed a higher γ ' solvus temperature ( 1196°C ) compared to the Co-30Ni-12Al-4Ta-12Cr ( 1152°C ) , Co-30Ni-10Al-10Cr-5Mo-2Ta ( 1038°C ) , Co-30Ni-10Al-5Mo... |
[INST] From the text of the given research paper, extract all numbers that represent characteristics of superalloys. As shown in fig 10 ( a ) , the Cast_33 superalloy showed a higher γ ' solvus temperature ( 1196°C ) compared to the Co-30Ni-12Al-4Ta-12Cr ( 1152°C ) , Co-30Ni-10Al-10Cr-5Mo-2Ta ( 1038°C ) , Co-30Ni-10Al-... |
[INST] Gather all numeric data from the research paper that pertains specifically to superalloy properties. As shown in fig 10 ( a ) , the Cast_33 superalloy showed a higher γ ' solvus temperature ( 1196°C ) compared to the Co-30Ni-12Al-4Ta-12Cr ( 1152°C ) , Co-30Ni-10Al-10Cr-5Mo-2Ta ( 1038°C ) , Co-30Ni-10Al-5Mo-2Nb (... |
[INST] From the specified research paper, extract all quantitative values that describe superalloy characteristics. As shown in fig 10 ( a ) , the Cast_33 superalloy showed a higher γ ' solvus temperature ( 1196°C ) compared to the Co-30Ni-12Al-4Ta-12Cr ( 1152°C ) , Co-30Ni-10Al-10Cr-5Mo-2Ta ( 1038°C ) , Co-30Ni-10Al-5... |
[INST] Harvest all numerical values relating to superalloy properties from the text of the provided research paper. As shown in fig 10 ( a ) , the Cast_33 superalloy showed a higher γ ' solvus temperature ( 1196°C ) compared to the Co-30Ni-12Al-4Ta-12Cr ( 1152°C ) , Co-30Ni-10Al-10Cr-5Mo-2Ta ( 1038°C ) , Co-30Ni-10Al-5... |
[INST] Extract every numeric value found in the research paper text that relates to characteristics of superalloys. As shown in fig 10 ( a ) , the Cast_33 superalloy showed a higher γ ' solvus temperature ( 1196°C ) compared to the Co-30Ni-12Al-4Ta-12Cr ( 1152°C ) , Co-30Ni-10Al-10Cr-5Mo-2Ta ( 1038°C ) , Co-30Ni-10Al-5... |
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